mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting Downlink Control Information, DCI, comprising: determining, by a base station, positions of a DCI-bearing enhanced common search space in a time domain and a frequency domain; and transmitting DCI at the positions of the enhanced common search space in the time domain and the frequency domain; characterized in that, the determining, by the base station, the positions of the DCI-bearing enhanced common search space in the time domain and the frequency domain comprises: determining, by the base station according to a subframe numbering, an OFDM starting symbol, and a position in the frequency domain, the positions of the enhanced common search space in the time domain and the frequency domain, and sending a time-frequency position indicating signaling by a Physical Broadcast Channel, PBCH, wherein the time-frequency position indicating signaling comprises the subframe numbering, the OFDM starting symbol, and the position in the frequency domain; wherein the method further comprises: determining a Physical Downlink Shared Channel, PDSCH, transmission mode corresponding to the DCI and an aggregation level for transmitting the DCI according to the UE type of a low cost UE. determining, by a base station, positions of a DCI-bearing enhanced common search space in a time domain and a frequency domain; and transmitting DCI at the positions of the enhanced common search space in the time domain and the frequency domain; characterized in that, the determining, by the base station, the positions of the DCI-bearing enhanced common search space in the time domain and the frequency domain comprises: determining, by the base station according to a subframe numbering, an OFDM starting symbol, and a position in the frequency domain, the positions of the enhanced common search space in the time domain and the frequency domain, and sending a time-frequency position indicating signaling by a Physical Broadcast Channel, PBCH, wherein the time-frequency position indicating signaling comprises the subframe numbering, the OFDM starting symbol, and the position in the frequency domain; wherein the method further comprises: determining a Physical Downlink Shared Channel, PDSCH, transmission mode corresponding to the DCI and an aggregation level for transmitting the DCI according to the UE type of a low cost UE.
A polar coding method, wherein the method comprises: determining a second sequence based on a code length M of a target polar code, wherein the second sequence is used as a mother code sequence when coding into the target polar code is performed, the second sequence comprises L sequence numbers from a maximum mother code sequence, and ordering of the L sequence numbers in the second sequence is the same as ordering of the L sequence numbers in the maximum mother code sequence with a length of N, wherein the N sequence numbers of N polarized channels in the maximum mother code sequence are sorted in ascending order of reliability metrics, wherein M≤L<N, N and L are positive integer power of 2; and performing polar coding on to-be-coded bits based on the second sequence. determining a second sequence based on a code length M of a target polar code, wherein the second sequence is used as a mother code sequence when coding into the target polar code is performed, the second sequence comprises L sequence numbers from a maximum mother code sequence, and ordering of the L sequence numbers in the second sequence is the same as ordering of the L sequence numbers in the maximum mother code sequence with a length of N, wherein the N sequence numbers of N polarized channels in the maximum mother code sequence are sorted in ascending order of reliability metrics, wherein M≤L<N, N and L are positive integer power of 2; and performing polar coding on to-be-coded bits based on the second sequence.
A method for determining a residence time of a synchronization message traversing a portion of a network, said method comprising: a) receiving said synchronization message by an ingress node of the network, generating an ingress timestamp by the ingress node, amending the synchronization message by said ingress timestamp and forwarding the synchronization message to one or more nodes; b) receiving said synchronization message by an egress node of the network, generating an egress timestamp; c) determining an approximated residence time being a difference of the egress timestamp and the ingress timestamp; d) determining a first correction factor as a ratio of a master clock frequency and a clock frequency measured at the ingress node; e) determining a second correction factor; f) determining an adjusted residence time being a product of the approximated residence time, the first correction factor, and the second correction factor; characterized in: that the second correction factor is determined as a ratio of a clock frequency measured at the ingress node and a clock frequency measured at the egress node. a) receiving said synchronization message by an ingress node of the network, generating an ingress timestamp by the ingress node, amending the synchronization message by said ingress timestamp and forwarding the synchronization message to one or more nodes; b) receiving said synchronization message by an egress node of the network, generating an egress timestamp; c) determining an approximated residence time being a difference of the egress timestamp and the ingress timestamp; d) determining a first correction factor as a ratio of a master clock frequency and a clock frequency measured at the ingress node; e) determining a second correction factor; f) determining an adjusted residence time being a product of the approximated residence time, the first correction factor, and the second correction factor;
A terminal apparatus configured to communicate with a base station apparatus, the terminal apparatus comprising: a higher layer configured to: send capability information, to the base station apparatus, indicating whether notification of a communication state relating to power consumption of the terminal apparatus is possible or not, and receive a parameter, from the base station apparatus, for use in notification of the communication state relating to the power consumption of the terminal apparatus, and a management unit configured to determine the communication state relating to power consumption based on current configurations of the terminal apparatus, wherein the higher layer is configured to also send state information, to the base station apparatus, indicating the communication state relating to power consumption. a higher layer configured to: send capability information, to the base station apparatus, indicating whether notification of a communication state relating to power consumption of the terminal apparatus is possible or not, and receive a parameter, from the base station apparatus, for use in notification of the communication state relating to the power consumption of the terminal apparatus, and send capability information, to the base station apparatus, indicating whether notification of a communication state relating to power consumption of the terminal apparatus is possible or not, and receive a parameter, from the base station apparatus, for use in notification of the communication state relating to the power consumption of the terminal apparatus, and a management unit configured to determine the communication state relating to power consumption based on current configurations of the terminal apparatus, wherein the higher layer is configured to also send state information, to the base station apparatus, indicating the communication state relating to power consumption.
A method of estimating channel quality in a receiver having one or more receive antennas (14, 16) and operative in a wireless communications system in which data and reference symbols are transmitted from one or more transmit antennas (18, 20), comprising: receiving a plurality of reference symbols; selecting one or more subsets of the received reference symbols; in the case that the transmitter transmits in one or more of two or more frequency bands, selecting a set of frequency bands based on a coarse channel estimate of a channel response from each transmit antenna to each receive antenna using a first subset of the received reference symbols; in the case that the transmitter transmits using one of two or more Virtual Antenna Combinations, VACs, selecting a VAC based on a coarse channel estimate of a channel response from each transmit antenna to each receive antenna using the first or a second subset of the received reference symbols; and estimating a signal to interference and noise ratio, SINR, for the transmission channel in the selected frequency bands and/or VAC based on a fine channel estimate generated using more subsets of reference symbols than the coarse channel estimate used. receiving a plurality of reference symbols; selecting one or more subsets of the received reference symbols; in the case that the transmitter transmits in one or more of two or more frequency bands, selecting a set of frequency bands based on a coarse channel estimate of a channel response from each transmit antenna to each receive antenna using a first subset of the received reference symbols; in the case that the transmitter transmits using one of two or more Virtual Antenna Combinations, VACs, selecting a VAC based on a coarse channel estimate of a channel response from each transmit antenna to each receive antenna using the first or a second subset of the received reference symbols; and estimating a signal to interference and noise ratio, SINR, for the transmission channel in the selected frequency bands and/or VAC based on a fine channel estimate generated using more subsets of reference symbols than the coarse channel estimate used. estimating a signal to interference and noise ratio, SINR, for the transmission channel in the selected frequency bands and/or VAC based on a fine channel estimate generated using more subsets of reference symbols than the coarse channel estimate used.
A device for delivering a dose of a medicament to the brain via ethmoid bone of a subject while bypassing the blood brain barrier, comprising i) a canister for holding a solution or suspension of said medicament; ii) a voice sensor configured to generate an electrical signal within a portion of the device in response to a vocal signal, wherein said vocal signal is selected from the group consisting of a certain word, a certain word sequence, a speech of said subject, and a speech of said attending personnel; iii) a processor configured such as to receive said electrical signal as a command for either starting or blocking a motor and to divide said dose into a plurality of predetermined parts to reduce the peak systemic concentration of said medicament; iv) a valve associated with said motor and configured to release a part of said dose into nasal cavities of said subject; v) nozzle tips for receiving from said valve said part of the dose and delivering said medicament, when said motor is started, into said cavities in the form of aerosol; and vi) an integrator for registering the total quantity of the released medicament. i) a canister for holding a solution or suspension of said medicament; ii) a voice sensor configured to generate an electrical signal within a portion of the device in response to a vocal signal, wherein said vocal signal is selected from the group consisting of a certain word, a certain word sequence, a speech of said subject, and a speech of said attending personnel; iii) a processor configured such as to receive said electrical signal as a command for either starting or blocking a motor and to divide said dose into a plurality of predetermined parts to reduce the peak systemic concentration of said medicament; iv) a valve associated with said motor and configured to release a part of said dose into nasal cavities of said subject; v) nozzle tips for receiving from said valve said part of the dose and delivering said medicament, when said motor is started, into said cavities in the form of aerosol; and vi) an integrator for registering the total quantity of the released medicament.
A method for synchronizing data comprising the steps of: providing a partial participant, the partial participant having a data store and a knowledge store, the data store being operable to store a set of data retrieved during a synchronization process with a first full participant, the knowledge store being operable to store a set of knowledge about the data in the data store, wherein the set of knowledge represents changes to the data that the first full participant is aware of, wherein the partial participant does not understand the set of knowledge, and wherein the partial participant is responsible for tracking what changes the partial participant makes to the set of data in the data store; receiving a request from a user of the partial participant to change a particular record in the set of data in the data store; and updating the particular record in the data store upon receiving the request from the user, wherein the updating includes storing information identifying a source of the change as the partial participant. providing a partial participant, the partial participant having a data store and a knowledge store, the data store being operable to store a set of data retrieved during a synchronization process with a first full participant, the knowledge store being operable to store a set of knowledge about the data in the data store, wherein the set of knowledge represents changes to the data that the first full participant is aware of, wherein the partial participant does not understand the set of knowledge, and wherein the partial participant is responsible for tracking what changes the partial participant makes to the set of data in the data store; receiving a request from a user of the partial participant to change a particular record in the set of data in the data store; and updating the particular record in the data store upon receiving the request from the user, wherein the updating includes storing information identifying a source of the change as the partial participant.
An oral composition in the form of an anhydrous suspension of probiotics in an oily carrier comprising at least one vegetable fat that is solid at ambient temperature and has a saturated fatty acid content of at least 25% by weight of the weight of the vegetable fat wherein said oily carrier is present in a quantity ranging from 75 to 99% by weight of the total weight of the suspension; and said vegetable fat is present in a quantity ranging from 0.5 to 10% by weight of the total weight of the suspension. said oily carrier is present in a quantity ranging from 75 to 99% by weight of the total weight of the suspension; and said vegetable fat is present in a quantity ranging from 0.5 to 10% by weight of the total weight of the suspension.
A method for stacking and/or palletising bundle layers or piece good layers, in which completed layers are successively received by a conveyor line and/or transfer station by means of a shutter-type gripper head or panel gripper head that is movably arranged between the conveyor line and/or transfer station and a depositing location, are precentred by lateral advancing movements and/or sliding movements and are subsequently stacked on the provided depositing location, whereupon the one or more completed layer or layers located on top of each other and deposited on the depositing location are pushed together and recentred into a specified position on the depositing location and/or for positioning in relation to a previously stacked bundle layer or piece good layer by repeated lateral advancing movements and/or sliding movements of sliding elements arranged within the shutter-type gripper head or panel gripper head, wherein the precentring and the recentring is carried out by means of a control device based on the particular positions of the shutter-type gripper head or panel gripper head, and wherein the bundles or piece goods of a bundle layer or piece good layer deposited by means of the shutter-type gripper head or panel gripper head are interlocked during recentring with a previously deposited bundle layer or piece good layer, characterised in that the shutter-type gripper head or panel gripper head is moved during a process phase subsequent to the precentring to the provided depositing location in a lifting movement and/or shifting movement.
Wave energy recovery apparatus with a power-take-off arrangement comprising at least a base, a reciprocating panel, two or more power-take-off units each PTO unit comprising a similar group of generators to convert kinetic energy of waves or tidal currents to electricity, at least two gear transmissions and at least two one-way clutch mechanisms where the gear transmissions and one-way clutch mechanisms are operatively connected between the panel and the generators, and the panel is arranged to rotate a half of the gears and generators when the panel is rotating into one direction and another half of the gears and generators when the panel is rotating into the opposite direction, characterized in that the apparatus comprises a hinged tubular shaft that is fastened to the lower edge of the panel and is arranged to rotate along with the panel, and that the two or more PTO units are coupled to the tubular shaft, each PTO unit comprising the similar group of generators, a gear transmission for its generators and a one-way clutch mechanism operatively connected between the tubular shaft and the gear transmission, and that the gear transmission comprises a gear rim meshing with gearwheels of the generators that are radially placed on the outer circumference of the gear rim.
A monitor stand comprising: a support portion supporting a monitor; a base contacting a placing plane; and a support pillar connecting the support portion and the base, wherein the support pillar includes a plurality of support pillar members (12, 13, 14) provided to overlap one another and the plurality of support pillar members (12, 13, 14) being configured to be slidable one another, the support portion is provided in a first support pillar member which is one of the plurality of the support pillar members (12, 13, 14), the support pillar includes an interlocking portion configured to extend and shorten the support pillar by sliding the plurality of the support pillar members one another, the support pillar is inclined so that a depth of the support pillar, wherein the depth is a length in a direction of an image obtained by projecting the support pillar in a direction perpendicular to the bottom surface of the base, decreases with an extension of the support pillar, and the interlock portion is configured to keep a position of the monitor at a desired position by an urging force of a constant load spring which includes a spring portion. a support portion supporting a monitor; a base contacting a placing plane; and a support pillar connecting the support portion and the base, wherein the support pillar includes a plurality of support pillar members (12, 13, 14) provided to overlap one another and the plurality of support pillar members (12, 13, 14) being configured to be slidable one another, the support portion is provided in a first support pillar member which is one of the plurality of the support pillar members (12, 13, 14), the support pillar includes an interlocking portion configured to extend and shorten the support pillar by sliding the plurality of the support pillar members one another, the support pillar is inclined so that a depth of the support pillar, wherein the depth is a length in a direction of an image obtained by projecting the support pillar in a direction perpendicular to the bottom surface of the base, decreases with an extension of the support pillar, and the interlock portion is configured to keep a position of the monitor at a desired position by an urging force of a constant load spring which includes a spring portion.
Supporting device for two transmissions (16, 18), having a first supporting flange which can be coupled with a first of the transmissions (16, 18), having a second supporting flange which can be coupled with the second transmission, and having at least one support via which a supporting force can be transmitted from the first supporting flange to the second supporting flange, wherein the at least one support has: - a lever element which is coupled in an articulated manner with an attachment element provided on the first supporting flange and thus in an articulated manner with the first supporting flange; and - a supporting element which is coupled in an articulated manner with the lever element and connected to the second supporting flange; characterized in that: - the attachment element has two attachment parts (52, 54) spaced apart from one another; - the supporting element has two supporting parts (56, 58) spaced apart from one another; and - the lever element is arranged partly between the attachment parts (52, 54) and partly between the supporting parts (56, 58) and is coupled in an articulated manner with the attachment element via the attachment parts (52, 54) and in an articulated manner with the supporting element via the supporting parts (56, 58). - a lever element which is coupled in an articulated manner with an attachment element provided on the first supporting flange and thus in an articulated manner with the first supporting flange; and - a supporting element which is coupled in an articulated manner with the lever element and connected to the second supporting flange; - the attachment element has two attachment parts (52, 54) spaced apart from one another; - the supporting element has two supporting parts (56, 58) spaced apart from one another; and - the lever element is arranged partly between the attachment parts (52, 54) and partly between the supporting parts (56, 58) and is coupled in an articulated manner with the attachment element via the attachment parts (52, 54) and in an articulated manner with the supporting element via the supporting parts (56, 58).
A display device, comprising: a display panel configuration to display an image; a first flexible circuit board having a first end electrically connected to the display panel and a second end opposing the first end, wherein at least one first through-hole is defined in the first flexible circuit board; a driving circuit substrate electrically connected to the second end of the first flexible circuit board, wherein the driving circuit substrate is configured to drive the display panel; and a camera configured to capture an image characterized in that the first flexible circuit board is bent along a bending area so that the driving circuit substrate and the display panel overlap each other, and at least a portion of the camera is positioned in the first through-hole. a display panel configuration to display an image; a first flexible circuit board having a first end electrically connected to the display panel and a second end opposing the first end, wherein at least one first through-hole is defined in the first flexible circuit board; a driving circuit substrate electrically connected to the second end of the first flexible circuit board, wherein the driving circuit substrate is configured to drive the display panel; and a camera configured to capture an image characterized in that the first flexible circuit board is bent along a bending area so that the driving circuit substrate and the display panel overlap each other, and at least a portion of the camera is positioned in the first through-hole.