mhurhangee/patent-ind-claim-en huggingface dataset:
A method for wireless communication, the method comprising: transmitting, by a wireless communication device, a first portion of a temporary identifier of the wireless communication device to a radio access network in a first message, wherein the first portion is a plurality of least significant bits of the temporary identifier, and characterised in that the temporary identifier comprises a temporary mobile subscriber identity and access and mobility management function information; and transmitting, by the wireless communication device, a second portion of the temporary identifier to the radio access network in a second message, wherein the second portion is a plurality of most significant bits of the temporary identifier. transmitting, by a wireless communication device, a first portion of a temporary identifier of the wireless communication device to a radio access network in a first message, wherein the first portion is a plurality of least significant bits of the temporary identifier, and characterised in that the temporary identifier comprises a temporary mobile subscriber identity and access and mobility management function information; and transmitting, by the wireless communication device, a second portion of the temporary identifier to the radio access network in a second message, wherein the second portion is a plurality of most significant bits of the temporary identifier.
A Radio Access Technology, RAT, controller comprising: a plurality of network interfaces to communicate with a plurality of RAT communication managers , wherein a first RAT communication manager is capable of controlling and/or managing communication in a first network of a first RAT, a second RAT communication manager is capable of controlling and/or managing communication in a second network of a second RAT, the first RAT and the second RAT being different RATs; and controller circuitry configured to receive from the first RAT communication manager of said plurality of RAT communication managers measurement information corresponding to the first network controlled by said first RAT communication manager, to determine, based on said measurement information, traffic steering information corresponding to the second network controlled by the second RAT communication manager of said plurality of RAT communication managers, and to send the traffic steering information to said second RAT communication manager; wherein the RAT controller further comprises a Core Network, CN, interface to receive from a CN user information corresponding to one or more User Equipment, UE, and said controller circuitry is configured to determine said traffic steering information based on said user information. a plurality of network interfaces to communicate with a plurality of RAT communication managers , wherein a first RAT communication manager is capable of controlling and/or managing communication in a first network of a first RAT, a second RAT communication manager is capable of controlling and/or managing communication in a second network of a second RAT, the first RAT and the second RAT being different RATs; and controller circuitry configured to receive from the first RAT communication manager of said plurality of RAT communication managers measurement information corresponding to the first network controlled by said first RAT communication manager, to determine, based on said measurement information, traffic steering information corresponding to the second network controlled by the second RAT communication manager of said plurality of RAT communication managers, and to send the traffic steering information to said second RAT communication manager; wherein the RAT controller further comprises a Core Network, CN, interface to receive from a CN user information corresponding to one or more User Equipment, UE, and said controller circuitry is configured to determine said traffic steering information based on said user information.
A bass drum comprising: a hollow cylindrical shell having a front opening and a rear opening, wherein the front opening faces towards an audience and the rear opening faces towards a player of the bass drum; a drumhead mounted on the rear opening of the shell to form a striking surface; and a striking surface attachment which is formed of an elastic sheet to be placed on a reverse side of the drumhead and is fixed to the drumhead , wherein at least a part of an outer area of the striking surface attachment is fixed to the drumhead as a fixing portion and a central area of the striking surface attachment is not fixed to the drumhead ; characterized in that the striking surface attachment is formed of a circular elastic sheet placed all over the surface of the movable part of the reverse side of the drumhead . a hollow cylindrical shell having a front opening and a rear opening, wherein the front opening faces towards an audience and the rear opening faces towards a player of the bass drum; a drumhead mounted on the rear opening of the shell to form a striking surface; and a striking surface attachment which is formed of an elastic sheet to be placed on a reverse side of the drumhead and is fixed to the drumhead , wherein at least a part of an outer area of the striking surface attachment is fixed to the drumhead as a fixing portion and a central area of the striking surface attachment is not fixed to the drumhead ; characterized in that the striking surface attachment is formed of a circular elastic sheet placed all over the surface of the movable part of the reverse side of the drumhead .
A radar arrangement , comprising a transmitting unit with a first oscillator and a transmitting antenna , and a receiving unit with a second oscillator , a first mixer and a receiving antenna , wherein a first frequency comb generator is arranged in the receiving unit between the first oscillator and the transmitting antenna , wherein the several frequency components generated by the first frequency comb generator are equidistant to each other, and wherein a second frequency comb generator is arranged in the receiving unit between the second oscillator and the first mixer and generates several frequency components for a mixed signal which equidistant to each other and frequency-shifted relative to the frequency components of the primary signal . wherein the several frequency components generated by the first frequency comb generator are equidistant to each other, and wherein a second frequency comb generator is arranged in the receiving unit between the second oscillator and the first mixer and generates several frequency components for a mixed signal which equidistant to each other and frequency-shifted relative to the frequency components of the primary signal .
An information centric networking, ICN, network attachment point, NAP, comprising: a storage configured to store a database comprising a plurality of entries, the plurality of entries including a fully qualified domain name, FQDN, of a server, an Internet protocol, IP, address, of a user equipment, UE, a content identifier, CID, and a response CID, rCID; and a controller configured to receive a hypertext transfer protocol, HTTP, request from a not ICN capable UE and to encapsulate the HTTP request in an ICN packet and publish the ICN packet to a CID based on a hash product of the stored FQDN associated with the HTTP request. a storage configured to store a database comprising a plurality of entries, the plurality of entries including a fully qualified domain name, FQDN, of a server, an Internet protocol, IP, address, of a user equipment, UE, a content identifier, CID, and a response CID, rCID; and a controller configured to receive a hypertext transfer protocol, HTTP, request from a not ICN capable UE and to encapsulate the HTTP request in an ICN packet and publish the ICN packet to a CID based on a hash product of the stored FQDN associated with the HTTP request.
A liquid analysis mixture for a colorimetric diagnosis of urinary tract infections said liquid analysis mixture comprising a water part and an organic part, said water part comprising a reagent mixture comprising (a) nutrient substances comprising an amino acid source selected from the group consisting of meat infusions or peptones, vegetable peptones, casein hydrolysates, tryptose, tryptones and yeast extract; (b) at least one redox indicator with a potential ranging from -100 to +500 mV; and (c) a buffer system able to maintain the pH in a range from 6.0 to 8.0; said reagent mixture comprising from 94.0 to 99.9% by weight of the nutrient substances and from 0.1 to 6.0% by weight of the redox indicator, characterized in that the organic part is immiscible with the water part and has a density lower than that of the water part. (a) nutrient substances comprising an amino acid source selected from the group consisting of meat infusions or peptones, vegetable peptones, casein hydrolysates, tryptose, tryptones and yeast extract; (b) at least one redox indicator with a potential ranging from -100 to +500 mV; and (c) a buffer system able to maintain the pH in a range from 6.0 to 8.0; said reagent mixture comprising from 94.0 to 99.9% by weight of the nutrient substances and from 0.1 to 6.0% by weight of the redox indicator, characterized in that the organic part is immiscible with the water part and has a density lower than that of the water part.
A system comprising: a clock configured to generate a first clock signal ; a root node configured to receive the first clock signal, to generate a first frame including a first payload and a first overhead, and to generate a second frame including a second payload and a second overhead, the first overhead comprising a synchronization value based on the first clock signal, and the second overhead also comprising the synchronization value; a radio channel network in communication with the root node for transmitting the first frame and the second frame; a first child node (INU 108) including a first phase lock loop, and configured to receive the first frame and to perform clock recovery including frequency synchronization using the synchronization value and the first phase lock loop; a second child node (INU 116a) including a second phase lock loop, and configured to receive the second frame and to perform clock recovery including frequency synchronization using the synchronization value and the second phase lock loop; and characterised by an intermediate child node (NSM 400) including a third phase lock loop, and configured to receive the first frame from the root node before the first child node receives the first frame, to determine an average rate of data using the synchronization value from the first frame, to use the average rate of data to smooth a second clock signal used by the third phase lock loop, and to use the third phase lock loop with the smoothed second clock signal to attenuate jitter of the first frame including the synchronization value . a clock configured to generate a first clock signal ; a root node configured to receive the first clock signal, to generate a first frame including a first payload and a first overhead, and to generate a second frame including a second payload and a second overhead, the first overhead comprising a synchronization value based on the first clock signal, and the second overhead also comprising the synchronization value; a radio channel network in communication with the root node for transmitting the first frame and the second frame; a first child node (INU 108) including a first phase lock loop, and configured to receive the first frame and to perform clock recovery including frequency synchronization using the synchronization value and the first phase lock loop; a second child node (INU 116a) including a second phase lock loop, and configured to receive the second frame and to perform clock recovery including frequency synchronization using the synchronization value and the second phase lock loop; and characterised by an intermediate child node (NSM 400) including a third phase lock loop, and configured to receive the first frame from the root node before the first child node receives the first frame, to determine an average rate of data using the synchronization value from the first frame, to use the average rate of data to smooth a second clock signal used by the third phase lock loop, and to use the third phase lock loop with the smoothed second clock signal to attenuate jitter of the first frame including the synchronization value .
A method of operating a network node of a communications network, the method comprising: - obtaining one or more positioning conditions of a wireless communication device , - selecting a positioning reference signal resource allocation for positioning reference signals from a set of positioning reference signal resource allocations based on the one or more positioning conditions of the wireless communication device and based on one or more further positioning reference signal resource allocations of one or more further wireless communication devices, and - creating a group by assigning those wireless communication devices of the wireless communication device and the one or more further wireless communication devices to the group for which a same positioning reference signal resource allocation is selected. - obtaining one or more positioning conditions of a wireless communication device , - selecting a positioning reference signal resource allocation for positioning reference signals from a set of positioning reference signal resource allocations based on the one or more positioning conditions of the wireless communication device and based on one or more further positioning reference signal resource allocations of one or more further wireless communication devices, and - creating a group by assigning those wireless communication devices of the wireless communication device and the one or more further wireless communication devices to the group for which a same positioning reference signal resource allocation is selected.
A method performed by a baseband processor, comprising: transmitting to a user equipment, UE, a first configuration for a base station, BS-initiated fixed frame period, FFP, BS-FFP, and a second configuration for a UE-initiated FFP, UE-FFP, wherein the BS-FFP overlaps the UE-FFP; scheduling an uplink, UL, transmission during the UE-FFP; when there is no downlink, DL, transmission in the BS-FFP, receiving the UL transmission from the UE during the BS-FFP; and wherein the method is characterised by receiving, from the UE, a row index of a table, wherein the BS includes the table and the row index of the table indicates a number of slots for sharing, an offset indicating where the UL transmission starts, and a priority for the UL transmission. transmitting to a user equipment, UE, a first configuration for a base station, BS-initiated fixed frame period, FFP, BS-FFP, and a second configuration for a UE-initiated FFP, UE-FFP, wherein the BS-FFP overlaps the UE-FFP; scheduling an uplink, UL, transmission during the UE-FFP; when there is no downlink, DL, transmission in the BS-FFP, receiving the UL transmission from the UE during the BS-FFP; and wherein the method is characterised by receiving, from the UE, a row index of a table, wherein the BS includes the table and the row index of the table indicates a number of slots for sharing, an offset indicating where the UL transmission starts, and a priority for the UL transmission.
Electrode system for measuring the concentration of an analyte under in-vivo conditions, comprising an electrode with immobilized enzyme molecules and a diffusion barrier that controls diffusion of the analyte from the exterior of the electrode system to the enzyme molecules, wherein the diffusion barrier comprises a block copolymer having at least one hydrophilic block and at least one hydrophobic block, wherein the block copolymer comprises from 75 to 95 mol % of the at least one hydrophilic block and from 5 to 25 mol % of the at least one hydrophobic block based on the total amount (mol) of the block copolymer in a dry state and wherein the glass transition temperature of the at least one hydrophobic block is in the range of about -80°C to about 0°C, wherein a hydrophobic block is made from monomeric units selected from hydrophobic (meth)acrylesters, wherein a hydrophilic block is made from hydrophilic monomeric units selected from hydrophilic (meth)acrylesters with a polar, e.g. OH and/or OCH 3 group, hydrophilic (meth)acrylamides, (meth)acrylic acid or combinations thereof.
A locking system for managing access of an electronic key to an electronic lock, the system comprising: at least one electronic lock which may be unlocked by means of an RFID card; at least one mobile phone and an NFC device, wherein said mobile phone is adapted to install a mobile key application such that the mobile phone can be used as electronic key for the electronic lock , wherein said mobile key application is provided at an appstore, wherein the mobile phone is adapted to download the mobile key application from the appstore; a locking system management for managing the access of the mobile phone to the electronic lock by means of a key data set; an OTA key server for storing the encrypted key data sets, wherein said locking system management is adapted to encrypt the key data set and to push said encrypted key data set to the OTA key server ; wherein said mobile phone is adapted to download by means of the installed mobile key application the appropriate encrypted key data set from the OTA key server via the cellular mobile network and to decrypt the downloaded key data set and to store said decrypted key data set in a secure element of the NFC device, wherein said NFC device is further adapted to switch into card emulation mode and to transmit the key data set during said card emulation mode to the electronic lock for unlocking. at least one electronic lock which may be unlocked by means of an RFID card; at least one mobile phone and an NFC device, wherein said mobile phone is adapted to install a mobile key application such that the mobile phone can be used as electronic key for the electronic lock , wherein said mobile key application is provided at an appstore, wherein the mobile phone is adapted to download the mobile key application from the appstore; a locking system management for managing the access of the mobile phone to the electronic lock by means of a key data set; an OTA key server for storing the encrypted key data sets, wherein said locking system management is adapted to encrypt the key data set and to push said encrypted key data set to the OTA key server ; wherein said mobile phone is adapted to download by means of the installed mobile key application the appropriate encrypted key data set from the OTA key server via the cellular mobile network and to decrypt the downloaded key data set and to store said decrypted key data set in a secure element of the NFC device, wherein said NFC device is further adapted to switch into card emulation mode and to transmit the key data set during said card emulation mode to the electronic lock for unlocking.
Drinks container having a closable interior space and a drinking straw , which is connected to the interior space and is designed to regulate the supply quantity, wherein the drinking straw comprises a first tubular section and a second tubular section , which is inserted into the first section and can be moved relative to the same, wherein the first section and the second section are each provided, at a lower end, with an inlet opening and, at an upper end, with an outlet opening , characterized in that , at the lower end, the first section and the second section each have a closed bottom and, immediately above the closed bottom , they each have a correspondingly contoured aperture , which partially extends in the circumferential direction of the first section and of the second section , respectively, and is designed in the form of an inlet opening , wherein the inlet openings can be transferred, by relative movement of the second section about the longitudinal axis of the drinking straw , into a closed position of the drinking straw , in which the inlet openings of the second section and of the first section are closed by the lateral surface of the respective other section of the drinking straw , and into a drinking position of the drinking straw , in which the inlet openings at least partially overlap one another, in order to allow flow through the drinking straw .
A method for a user equipment comprising: operating in a connected state prior to a first time; receiving , from a base station at the first time, a first request message comprising instructions to transition from the connected state to an inactive state ; determining a power status of the user equipment at the first time; determining whether the power status supports the inactive state at the first time; and either, (i) responsive to determining that the power status supports the inactive state : transitioning from the connected state to the inactive state, or (ii) responsive to determining that the power status does not support the inactive state : transmitting a response message to the base station to cause the base station to transmit a second request message comprising other instructions to transition to an idle state ; and responsive to receiving the second request message, transitioning from the connected state to the idle state . operating in a connected state prior to a first time; receiving , from a base station at the first time, a first request message comprising instructions to transition from the connected state to an inactive state ; determining a power status of the user equipment at the first time; determining whether the power status supports the inactive state at the first time; and either, (i) responsive to determining that the power status supports the inactive state : transitioning from the connected state to the inactive state, or (ii) responsive to determining that the power status does not support the inactive state : transmitting a response message to the base station to cause the base station to transmit a second request message comprising other instructions to transition to an idle state ; and responsive to receiving the second request message, transitioning from the connected state to the idle state . (i) responsive to determining that the power status supports the inactive state : transitioning from the connected state to the inactive state, or (ii) responsive to determining that the power status does not support the inactive state : transmitting a response message to the base station to cause the base station to transmit a second request message comprising other instructions to transition to an idle state ; and responsive to receiving the second request message, transitioning from the connected state to the idle state . transmitting a response message to the base station to cause the base station to transmit a second request message comprising other instructions to transition to an idle state ; and responsive to receiving the second request message, transitioning from the connected state to the idle state .