mhurhangee/patent-ind-claim-en huggingface dataset:
A communication system comprising: a first set of transducers ; a second set of transducers; a first signal processing device configured to produce a signal for transmission by at least some of the transducers in the first set to at least some of the transducers in the second set; a second signal processing device configured to process signals received from at least some of the transducers in the second set in order to select a best said signal that is used for further processing, wherein the first set of transducers comprises a first subset comprising at least one said transducer, and a second subset comprising at least one said transducer, and wherein the at least one transducer in the first subset transmits on a first channel having an associated first frequency, and the at least one transducer in the second subset transmits on a second channel having a second, different associated frequency, wherein the first signal processing device is configured to produce the signal so that the signal is transmitted on the first channel by the first subset of transducers in the first set, and transmitted on the second channel by the second subset of transducers in the first set, characterised in that the first subset and the second subset of said transducers in the first set are arranged in an interleaved manner. a first set of transducers ; a second set of transducers; a first signal processing device configured to produce a signal for transmission by at least some of the transducers in the first set to at least some of the transducers in the second set; a second signal processing device configured to process signals received from at least some of the transducers in the second set in order to select a best said signal that is used for further processing, wherein the first set of transducers comprises a first subset comprising at least one said transducer, and a second subset comprising at least one said transducer, and wherein the at least one transducer in the first subset transmits on a first channel having an associated first frequency, and the at least one transducer in the second subset transmits on a second channel having a second, different associated frequency, wherein the first signal processing device is configured to produce the signal so that the signal is transmitted on the first channel by the first subset of transducers in the first set, and transmitted on the second channel by the second subset of transducers in the first set, characterised in that the first subset and the second subset of said transducers in the first set are arranged in an interleaved manner.
An on-body device for sensing an analyte in a living body, comprising: a cover at least partially containing a continuous glucose monitoring sensor having a microcontroller; a first bottom surface adapted to be adhered to skin; and a second surface having a display adapted to display data transmitted by the microcontroller characterized by a gyroscope adapted to recognize an orientation of the gyroscope, wherein the microcontroller is configured to control the display to display information in accordance with the recognized orientation of the gyroscope. a cover at least partially containing a continuous glucose monitoring sensor having a microcontroller; a first bottom surface adapted to be adhered to skin; and a second surface having a display adapted to display data transmitted by the microcontroller characterized by a gyroscope adapted to recognize an orientation of the gyroscope, wherein the microcontroller is configured to control the display to display information in accordance with the recognized orientation of the gyroscope.
A method performed by a terminal in a wireless communication system, the method comprising: identifying at least one of a master information block, MIB, or a system information block, SIB, transmitted from a first base station, wherein at least one of the MIB or the SIB includes configuration information on an initial access to a second base station, and wherein the configuration information includes information on a transmit power of a synchronization signal block, SSB, of a second cell controlled by the second base station and random access channel configuration information for the second cell ; obtaining a pathloss of the SSB of the second cell based on the information on the transmit power of the SSB; identifying the second cell for transmitting a random access preamble on a random access channel based on the obtained pathloss; transmitting the random access preamble on the random access channel to the second base station based on the random access channel configuration information ; receiving a random access response, RAR, in response to the random access preamble from the first base station ; and performing a scheduled transmission to the second base station based on the RAR . identifying at least one of a master information block, MIB, or a system information block, SIB, transmitted from a first base station, wherein at least one of the MIB or the SIB includes configuration information on an initial access to a second base station, and wherein the configuration information includes information on a transmit power of a synchronization signal block, SSB, of a second cell controlled by the second base station and random access channel configuration information for the second cell ; obtaining a pathloss of the SSB of the second cell based on the information on the transmit power of the SSB; identifying the second cell for transmitting a random access preamble on a random access channel based on the obtained pathloss; transmitting the random access preamble on the random access channel to the second base station based on the random access channel configuration information ; receiving a random access response, RAR, in response to the random access preamble from the first base station ; and performing a scheduled transmission to the second base station based on the RAR .
A switch cabinet with a frame , which comprises vertical frame profiles and at least one crossmember arranged between the frame profiles , wherein the frame profiles have fastening openings on which the crossmember is attachable, wherein the fastening openings are arranged on mutually facing sides of adjacent frame profiles and the crossmember engages with projections in the fastening openings , in the mounted state, characterized in that at least at one end of the crossmember , a bracket is provided, which can be pivoted about a vertical axis (A) and on which the projections are arranged.
A measurement method performed by a terminal device, the method comprising: obtaining (S401) time-frequency resource configuration information of K beams of a cell, wherein K is greater than or equal to 1; obtaining (S402) first signal quality based on indication information by using signal quality of M beams in the K beams, wherein M≤K, the indication information is carried in a configuration of the measurement event from an access network device and the indication information indicating whether a channel state information-reference signal, CSI-RS, or a synchronization signal block is used for triggering a measurement event; and determining based on the first signal quality, whether to trigger the measurement event. obtaining (S401) time-frequency resource configuration information of K beams of a cell, wherein K is greater than or equal to 1; obtaining (S402) first signal quality based on indication information by using signal quality of M beams in the K beams, wherein M≤K, the indication information is carried in a configuration of the measurement event from an access network device and the indication information indicating whether a channel state information-reference signal, CSI-RS, or a synchronization signal block is used for triggering a measurement event; and determining based on the first signal quality, whether to trigger the measurement event.
A subsea wellbore intervention tool conveyance system, comprising: an upper pipe injector disposed in a pressure tight housing , the upper pipe injector having at least one seal element engageable with a wellbore intervention tool assembly and disposed below the upper pipe injector , the upper pipe injector housing having a coupling at a lower longitudinal end thereof; characterized in that , a lower pipe injector is disposed in a pressure tight housing, the lower pipe injector having well closure elements disposed above the lower pipe injector , the lower pipe injector housing configured to be coupled at a lower longitudinal end to a subsea wellhead , the lower pipe injector housing configured to be coupled at an upper longitudinal end to at least one of (i) a spacer spool disposed between the upper pipe injector housing and the lower pipe injector housing, and (ii) the lower longitudinal end of the upper pipe injector housing . an upper pipe injector disposed in a pressure tight housing , the upper pipe injector having at least one seal element engageable with a wellbore intervention tool assembly and disposed below the upper pipe injector , the upper pipe injector housing having a coupling at a lower longitudinal end thereof; characterized in that , a lower pipe injector is disposed in a pressure tight housing, the lower pipe injector having well closure elements disposed above the lower pipe injector , the lower pipe injector housing configured to be coupled at a lower longitudinal end to a subsea wellhead , the lower pipe injector housing configured to be coupled at an upper longitudinal end to at least one of (i) a spacer spool disposed between the upper pipe injector housing and the lower pipe injector housing, and (ii) the lower longitudinal end of the upper pipe injector housing .
A method for dyeing human hair, comprising the following steps in the order given A) mixing a first component (K1) with a second component (K2) to obtain a first mixture (M1), B) mixing the mixture (M1) with a third component (K3) to obtain a second mixture (M2), C) applying the mixture (M2) to the hair, D) allowing the mixture (M2) to act for a period of 30 seconds to 45 minutes, E) rinsing the mixture (M2) out of the hair, wherein - the first component (K1) is a dye preparation which contains at least one oxidation dye precursor, and - the second component (K2) is a dye thinner which itself contains no oxidation dye precursors and no oxidizing agent, and - based on the total weight of the second component (K2) - contains one or more fat constituents in a total amount of 5.0 to 70.0 wt.% and one or more acids in a total amount of 0.5 to 15.0 wt.%, and - the third component (K3) is an oxidizing agent preparation which contains at least one oxidizing agent. A) mixing a first component (K1) with a second component (K2) to obtain a first mixture (M1), B) mixing the mixture (M1) with a third component (K3) to obtain a second mixture (M2), C) applying the mixture (M2) to the hair, D) allowing the mixture (M2) to act for a period of 30 seconds to 45 minutes, E) rinsing the mixture (M2) out of the hair, wherein - the first component (K1) is a dye preparation which contains at least one oxidation dye precursor, and - the second component (K2) is a dye thinner which itself contains no oxidation dye precursors and no oxidizing agent, and - based on the total weight of the second component (K2) - contains one or more fat constituents in a total amount of 5.0 to 70.0 wt.% and one or more acids in a total amount of 0.5 to 15.0 wt.%, and - the third component (K3) is an oxidizing agent preparation which contains at least one oxidizing agent. - the first component (K1) is a dye preparation which contains at least one oxidation dye precursor, and - the second component (K2) is a dye thinner which itself contains no oxidation dye precursors and no oxidizing agent, and - based on the total weight of the second component (K2) - contains one or more fat constituents in a total amount of 5.0 to 70.0 wt.% and one or more acids in a total amount of 0.5 to 15.0 wt.%, and - the third component (K3) is an oxidizing agent preparation which contains at least one oxidizing agent.
A diagnosis cost output device comprising: detection performance identifying means for identifying a measuring time required for leakage detection with respect to an installation spacing of sensors , based on information affecting vibration propagation characteristics of a pipe , the information affecting vibration propagation characteristics of the pipe including a time zone in which measurement is performed by the sensors ; and output means for outputting a diagnosis cost with respect to the installation spacing, based on an installation cost of the sensors and a measuring cost, the measuring cost being a cost generated by leakage detection in the identified measuring time. detection performance identifying means for identifying a measuring time required for leakage detection with respect to an installation spacing of sensors , based on information affecting vibration propagation characteristics of a pipe , the information affecting vibration propagation characteristics of the pipe including a time zone in which measurement is performed by the sensors ; and output means for outputting a diagnosis cost with respect to the installation spacing, based on an installation cost of the sensors and a measuring cost, the measuring cost being a cost generated by leakage detection in the identified measuring time.
Apparatus for regulating at least one fluid flow in a vehicle , having: • a first fluid regulation unit , in particular a pump or a valve, for regulating a first fluid flow, • a first holder with a receiving region for the first fluid regulation unit and with a first fastening means , wherein the first fluid regulation unit is arranged in the receiving region of the first holder , and wherein the first fastening means is provided for fastening the holder to the vehicle , and the first holder has at least one connecting means for connecting the first holder to a second holder , • at least one second holder with a receiving region for receiving a second fluid regulation unit and a second fastening means for fastening the second holder to the vehicle , wherein the second fluid regulation unit is arranged in the receiving region of the second holder , and wherein the second holder has at least one connecting means which is connected to at least one connecting means of the first holder , • a mounting device , in particular for fastening the first holder and the second holder to a vehicle , wherein the mounting device connects the fastening means at least of the first holder and of the second holder . • a first fluid regulation unit , in particular a pump or a valve, for regulating a first fluid flow, • a first holder with a receiving region for the first fluid regulation unit and with a first fastening means , wherein the first fluid regulation unit is arranged in the receiving region of the first holder , and wherein the first fastening means is provided for fastening the holder to the vehicle , and the first holder has at least one connecting means for connecting the first holder to a second holder , • at least one second holder with a receiving region for receiving a second fluid regulation unit and a second fastening means for fastening the second holder to the vehicle , wherein the second fluid regulation unit is arranged in the receiving region of the second holder , and wherein the second holder has at least one connecting means which is connected to at least one connecting means of the first holder , • a mounting device , in particular for fastening the first holder and the second holder to a vehicle , wherein the mounting device connects the fastening means at least of the first holder and of the second holder .
A terminal characterized by comprising: a control section that, when an uplink shared channel is used to transmit a delivery acknowledgement signal, HARQ-ACK, and an uplink data, UL-SCH, is configured to control a mapping of the delivery acknowledgement signal based on whether bundling is applied to the delivery acknowledgement signal and based on a number of bits of the delivery acknowledgement signal; and a transmission section that is configured to transmit the delivery acknowledgement signal and the uplink data, wherein, when the bundling is applied, if the number of bits of the delivery acknowledgement signal after the bundling is less than or equal to 2 bits, the control section is configured to map the delivery acknowledgement signal to a first resource for puncturing, and if the number of bits of the delivery acknowledgement signal after the bundling exceeds 2 bits, the control section is configured to map the delivery acknowledgement signal to a second resource for rate matching. a control section that, when an uplink shared channel is used to transmit a delivery acknowledgement signal, HARQ-ACK, and an uplink data, UL-SCH, is configured to control a mapping of the delivery acknowledgement signal based on whether bundling is applied to the delivery acknowledgement signal and based on a number of bits of the delivery acknowledgement signal; and a transmission section that is configured to transmit the delivery acknowledgement signal and the uplink data, wherein, when the bundling is applied, if the number of bits of the delivery acknowledgement signal after the bundling is less than or equal to 2 bits, the control section is configured to map the delivery acknowledgement signal to a first resource for puncturing, and if the number of bits of the delivery acknowledgement signal after the bundling exceeds 2 bits, the control section is configured to map the delivery acknowledgement signal to a second resource for rate matching.
A terminal comprising: a communicator configured to receive (S1610) first media data from a first terminal having a transmission authority among other terminals of a group including the terminal , transmit (S1620) a transmission authority request message to each of the other terminals of the group, receive (S1630), from the first terminal , in a transmission authority request acceptance message, priority information of the terminal in a queue for transmission authority and re-transmit the transmission authority request message to each of the other terminals of the group in case the first media data has not been received from the first terminal for a first predetermined time; and a controller configured to obtain the transmission authority, based on the received priority information, in case that another transmission authority request acceptance message is not received from the first terminal during a second predetermined time, wherein, when the terminal has obtained the transmission authority, the communicator is further configured to transmit (S1640) second media data of the terminal to the other terminals of the group. a communicator configured to receive (S1610) first media data from a first terminal having a transmission authority among other terminals of a group including the terminal , transmit (S1620) a transmission authority request message to each of the other terminals of the group, receive (S1630), from the first terminal , in a transmission authority request acceptance message, priority information of the terminal in a queue for transmission authority and re-transmit the transmission authority request message to each of the other terminals of the group in case the first media data has not been received from the first terminal for a first predetermined time; and a controller configured to obtain the transmission authority, based on the received priority information, in case that another transmission authority request acceptance message is not received from the first terminal during a second predetermined time, wherein, when the terminal has obtained the transmission authority, the communicator is further configured to transmit (S1640) second media data of the terminal to the other terminals of the group.
A storage system for storing board stacks , for use in factories fabricating boards, especially OSB, MDF, or particle boards, the storage system comprising at least one main wagon moving in a crosswise direction and at least one pair of satellite wagons moving in a longitudinal direction, the satellite wagons of which satellite wagon pair are arranged to move side by side and to carry the board stacks from below, and of storage rows that comprise three longitudinal supports, from which storage rows or onto which storage rows the board stacks are transferred, and which main wagon and satellite wagon pair have energy supply systems separated from each other for moving the aforementioned main wagon and aforementioned satellite wagon pair , characterized in that a satellite wagon pair is arranged to take the energy it needs for moving itself and for a lifting task from the main wagon when it is on the main wagon for the purpose of a crosswise movement, and when it is on a certain storage row the satellite wagon pair is arranged to take the energy it needs for moving itself and for a lifting task from the energy supply system of said storage row .
A method comprising: a node receiving an instruction to create a Segment Routing, SR, tunnel or a MPLS Traffic Engineering, TE, tunnel between the node and another node via a plurality of nodes in data communication between the node and the other node ; the node creating, in response to receiving the instruction, a stack of segment identifiers , each of which corresponding to a respective one of the plurality of nodes , said stack corresponding to the SR tunnel or the TE tunnel; the node mapping a Forwarding Adjacency, FA,-segment identifier, ID, to the stack of segment identifiers ; the node advertising the FA-segment ID to other nodes in a network of nodes , for the other nodes in the network of nodes to use the advertised FA-segment ID to create Segment Paths and corresponding stacks of segment identifiers. a node receiving an instruction to create a Segment Routing, SR, tunnel or a MPLS Traffic Engineering, TE, tunnel between the node and another node via a plurality of nodes in data communication between the node and the other node ; the node creating, in response to receiving the instruction, a stack of segment identifiers , each of which corresponding to a respective one of the plurality of nodes , said stack corresponding to the SR tunnel or the TE tunnel; the node mapping a Forwarding Adjacency, FA,-segment identifier, ID, to the stack of segment identifiers ; the node advertising the FA-segment ID to other nodes in a network of nodes , for the other nodes in the network of nodes to use the advertised FA-segment ID to create Segment Paths and corresponding stacks of segment identifiers.
A method of making a grafted hydrogel comprising the steps in the order of: (a) obtaining a polymeric substrate having an abstractable hydrogen atom; (b) coating the polymeric substrate with a Type II photoinitiator to form a dried coated substrate; (c) applying an aqueous composition to form an aqueous coated substrate, wherein the aqueous composition, wherein the aqueous composition comprises (i) a hydrophilic monomer comprising a (meth)acrylamide, (meth)acrylate, and combinations thereof; (ii) 2-20 % wt water-swellable clay, and (iii) a water soluble Type I photoinitiator, and (iv) a salt or acid; (d) curing the aqueous coated substrate. (a) obtaining a polymeric substrate having an abstractable hydrogen atom; (b) coating the polymeric substrate with a Type II photoinitiator to form a dried coated substrate; (c) applying an aqueous composition to form an aqueous coated substrate, wherein the aqueous composition, wherein the aqueous composition comprises (i) a hydrophilic monomer comprising a (meth)acrylamide, (meth)acrylate, and combinations thereof; (ii) 2-20 % wt water-swellable clay, and (iii) a water soluble Type I photoinitiator, and (iv) a salt or acid; (d) curing the aqueous coated substrate.