mhurhangee/ep-ind-claims huggingface dataset:
A damper position-limiting device, configured to be mounted in a tower to limit a swing amplitude of a damper mounted in the tower, comprising at least one web and a position-limiting ring, wherein the web is provided with a mounting hole and at least one stress relief hole; a first side wall of the web has a first specified length along a circumferential direction of an inner wall of the tower, and is connected to the inner wall of the tower by welding; and the position-limiting ring is positioned within the mounting hole and connected to the mounting hole and is configured to accommodate an impacting plate of the damper; characterized in that, the first side wall of the web is in the shape of a circular arc and matches with a specified periphery of the inner wall of the tower at a specified installation height; and the first specified length of the first side wall of the web is 0.25 to 0.5 times of the circumference of the specified periphery of the inner wall of the tower; therefore a length of a weld seam between the first side wall of the web and the inner wall of the tower at the specified installation height is 0.25 to 0.5 times of the circumference of the specified periphery of the inner wall of the tower. the web is provided with a mounting hole and at least one stress relief hole; a first side wall of the web has a first specified length along a circumferential direction of an inner wall of the tower, and is connected to the inner wall of the tower by welding; and the position-limiting ring is positioned within the mounting hole and connected to the mounting hole and is configured to accommodate an impacting plate of the damper; characterized in that, the first side wall of the web is in the shape of a circular arc and matches with a specified periphery of the inner wall of the tower at a specified installation height; and the first specified length of the first side wall of the web is 0.25 to 0.5 times of the circumference of the specified periphery of the inner wall of the tower; therefore a length of a weld seam between the first side wall of the web and the inner wall of the tower at the specified installation height is 0.25 to 0.5 times of the circumference of the specified periphery of the inner wall of the tower.
A method for operating a terminal in a Third Generation Partnership Project, 3GPP, wireless communication network, the terminal being connected to the network via a communication link having a downlink, DL, carrier aggregation the method comprising: frequency domain bundling hybrid automatic repeat request, HARQ, feedback for a plurality of carriers of the DL carrier aggregation, wherein an acknowledgement, ACK, is generated only when HARQ acknowledgement/non-acknowledgement, ACK/NACK, bits from the plurality of carriers over which the HARQ ACK/NACK bundling is performed are ACK, and wherein differentiated bundling rules for primary carrier and secondary carriers are applied, wherein HARQ ACK/NACK feedback for the primary DL component carrier, CC, is prioritized higher than any secondary DL CC, and wherein the differentiated bundling rules for primary carrier and secondary carriers comprise: - predefining/configuring that the HARQ ACK/NACK bits from the primary DL CC shall not be bundled with any other DL CC wherein the differentiated bundling rules for primary carrier and secondary carriers are only applied for the secondary DL CCs; and - predefining/configuring that the HARQ ACK/NACK of selected secondary DL CCs shall not be bundled with other DL CCs when the selected secondary DL CCs are configured to take the controllability of other secondary DL CCs. frequency domain bundling hybrid automatic repeat request, HARQ, feedback for a plurality of carriers of the DL carrier aggregation, wherein an acknowledgement, ACK, is generated only when HARQ acknowledgement/non-acknowledgement, ACK/NACK, bits from the plurality of carriers over which the HARQ ACK/NACK bundling is performed are ACK, and wherein differentiated bundling rules for primary carrier and secondary carriers are applied, wherein HARQ ACK/NACK feedback for the primary DL component carrier, CC, is prioritized higher than any secondary DL CC, and wherein the differentiated bundling rules for primary carrier and secondary carriers comprise: - predefining/configuring that the HARQ ACK/NACK bits from the primary DL CC shall not be bundled with any other DL CC wherein the differentiated bundling rules for primary carrier and secondary carriers are only applied for the secondary DL CCs; and - predefining/configuring that the HARQ ACK/NACK of selected secondary DL CCs shall not be bundled with other DL CCs when the selected secondary DL CCs are configured to take the controllability of other secondary DL CCs. - predefining/configuring that the HARQ ACK/NACK bits from the primary DL CC shall not be bundled with any other DL CC wherein the differentiated bundling rules for primary carrier and secondary carriers are only applied for the secondary DL CCs; and - predefining/configuring that the HARQ ACK/NACK of selected secondary DL CCs shall not be bundled with other DL CCs when the selected secondary DL CCs are configured to take the controllability of other secondary DL CCs.
A secure computing device, comprising: a processor configured to carry out a secure operation; a memory in communication with the processer configured to store secure data; and a memory controller configured control storage of data in the memory and reading data from the memory, wherein the secure data is split into shares, a first share being a masked value and a second share being a mask of the masked value, before being stored in the memory and wherein the memory controller is configured to: apply a masking storage transform, MST, to one of the shares to produce a masked share before storing the shares in the memory, wherein the masked share is the share that has been processed by the MST function, and wherein the MST is a permutation without a fixed point; apply an inverse MST to the masked share when reading the shares from the memory; and combine the read shares to reconstruct the secure data; and wherein the MST is configured such that when a single bit of the masked share is changed then at least two bits of the reconstructed secure data are different from the secure data; wherein the transforms applied by the MST consist only of S-box transforms a processor configured to carry out a secure operation; a memory in communication with the processer configured to store secure data; and a memory controller configured control storage of data in the memory and reading data from the memory, wherein the secure data is split into shares, a first share being a masked value and a second share being a mask of the masked value, before being stored in the memory and wherein the memory controller is configured to: apply a masking storage transform, MST, to one of the shares to produce a masked share before storing the shares in the memory, wherein the masked share is the share that has been processed by the MST function, and wherein the MST is a permutation without a fixed point; apply an inverse MST to the masked share when reading the shares from the memory; and combine the read shares to reconstruct the secure data; and wherein the MST is configured such that when a single bit of the masked share is changed then at least two bits of the reconstructed secure data are different from the secure data; wherein the transforms applied by the MST consist only of S-box transforms apply a masking storage transform, MST, to one of the shares to produce a masked share before storing the shares in the memory, wherein the masked share is the share that has been processed by the MST function, and wherein the MST is a permutation without a fixed point; apply an inverse MST to the masked share when reading the shares from the memory; and combine the read shares to reconstruct the secure data; and wherein the MST is configured such that when a single bit of the masked share is changed then at least two bits of the reconstructed secure data are different from the secure data; wherein the transforms applied by the MST consist only of S-box transforms
A method for employing a power-save mode in an electronic device, the method comprising: providing, in a display unit of the electronic device, a plurality of parallel home screens of an operating system of the electronic device; providing a mechanism to switch from one home screen to another home screen in response to a user input received through user input means of the electronic device, wherein at least one of the home screens is a home screen for a power-save mode of the electronic apparatus and, upon detecting a user input causing a switch to the home screen for the power-save mode, causing the electronic device to switch on at least some power-save features of the electronic device. providing, in a display unit of the electronic device, a plurality of parallel home screens of an operating system of the electronic device; providing a mechanism to switch from one home screen to another home screen in response to a user input received through user input means of the electronic device, wherein at least one of the home screens is a home screen for a power-save mode of the electronic apparatus and, upon detecting a user input causing a switch to the home screen for the power-save mode, causing the electronic device to switch on at least some power-save features of the electronic device.
A system for identifying the contribution of a given sound source to a composite audio track, the system comprising: an audio input unit operable to receive an input composite audio track comprising two or more sound sources, including the given sound source; an audio generation unit operable to generate, using a model of a sound source, audio that is an approximation of the contribution of the given sound source to the input composite audio track, wherein the audio generation unit is operable to use information about the recording environment in which the input composite audio track is recorded as an input to the model; an audio comparison unit operable to compare the generated audio to at least a portion of the input composite audio track to determine whether the generated audio provides an approximation of the input composite audio track that meets a threshold degree of similarity; and an audio identification unit operable to identify, when the threshold is met, the generated audio as a suitable representation of the contribution of the sound source to the input composite audio track. an audio input unit operable to receive an input composite audio track comprising two or more sound sources, including the given sound source; an audio generation unit operable to generate, using a model of a sound source, audio that is an approximation of the contribution of the given sound source to the input composite audio track, wherein the audio generation unit is operable to use information about the recording environment in which the input composite audio track is recorded as an input to the model; an audio comparison unit operable to compare the generated audio to at least a portion of the input composite audio track to determine whether the generated audio provides an approximation of the input composite audio track that meets a threshold degree of similarity; and an audio identification unit operable to identify, when the threshold is met, the generated audio as a suitable representation of the contribution of the sound source to the input composite audio track.
A method for conveying optical data - wherein an optical network unit (10-1, 10-2,...) conveys data to a terminal via dual sideband modulation, - wherein the terminal processes only the upper or only the lower sideband received from the optical network unit (10-1, 10-2,...), - wherein several dual sideband modulated signals from several optical network units (10-1, 10-2,...) partially overlap when being received at the terminal. - wherein an optical network unit (10-1, 10-2,...) conveys data to a terminal via dual sideband modulation, - wherein the terminal processes only the upper or only the lower sideband received from the optical network unit (10-1, 10-2,...), - wherein several dual sideband modulated signals from several optical network units (10-1, 10-2,...) partially overlap when being received at the terminal.
A two-part radio frequency identification, RFID, system for use with a tire, the RFID system comprising: a first part comprising a stud for near field communication, wherein the stud comprises a reactive strap, and the reactive strap comprises an RFID chip and a conductor, and wherein the stud comprises a body that encapsulates the RFID chip and conductor and is configured for insertion into a tread area or sidewall of the tire; and a second part comprising an antenna structure disposed on an internal surface or external surface of the tire or embedded in the tire, wherein the antenna structure is configured to couple with the reactive strap via magnetic fields, electric fields or a combination of magnetic and electric fields, so as to form a far field RFID tag. a first part comprising a stud for near field communication, wherein the stud comprises a reactive strap, and the reactive strap comprises an RFID chip and a conductor, and wherein the stud comprises a body that encapsulates the RFID chip and conductor and is configured for insertion into a tread area or sidewall of the tire; and a second part comprising an antenna structure disposed on an internal surface or external surface of the tire or embedded in the tire, wherein the antenna structure is configured to couple with the reactive strap via magnetic fields, electric fields or a combination of magnetic and electric fields, so as to form a far field RFID tag.
A grain-oriented electrical steel sheet having a composition containing, in mass%, C: 0.005% or less, Si: 2.0% to 4.5%, and Mn: 0.5% or less, containing each of S, Se, and O: less than 50 ppm, N: less than 60 ppm, and sol.Al: less than 100 ppm, and also containing Sb and P in respective ranges satisfying 0.01% ≤ [%Sb] ≤ 0.20% and 0.02% ≤ [%P] ≤ 2.0 × [%Sb], and further optionally containing, in mass%, one or more selected from Ni: 0.005% to 1.50%, Sn: 0.03% to 0.20%, Cu: 0.02% to 0.50%, Cr: 0.02% to 0.50%, Mo: 0.01% to 0.50%, and Nb: 0.002% to 0.01%, with a balance being Fe and incidental impurities, wherein when the steel sheet is excited to 1.0 T at 50 Hz in a rolling transverse direction, a magnetizing force (TD-H 10) and an iron loss (TD-W 10) are respectively (TD-H 10) ≥ 200 A/m and (TD-W 10) ≥ 1.60 W/kg, and the grain-oriented electrical steel sheet has a magnetic flux density B 8 of 1.94 T or more, an iron loss W 17/50 of 0.82 W/kg or less, and a strain sensitivity ΔW of 0.005 W/kg or less.
A computer-implemented method, comprising: identifying, within a search log of private search queries and corresponding post-search activity, a plurality of non-private n-grams contained in the private search queries that satisfy a privacy criterion; generating, from the search log, based on the plurality of non-private n-grams, a plurality of query patterns; determining, from the search log, aggregate search activity statistics associated with each of the plurality of query patterns, wherein aggregate search activity statistics associated with each query pattern are indicative of search activity associated with a plurality of private search queries in the search log that match the query pattern; and in response to a determination that aggregate search activity statistics for a given query pattern satisfy a performance criterion, ranking query suggestions or search results that are presented in response to search queries that match the given query pattern based at least in part on aggregate search activity statistics associated with the given query pattern. identifying, within a search log of private search queries and corresponding post-search activity, a plurality of non-private n-grams contained in the private search queries that satisfy a privacy criterion; generating, from the search log, based on the plurality of non-private n-grams, a plurality of query patterns; determining, from the search log, aggregate search activity statistics associated with each of the plurality of query patterns, wherein aggregate search activity statistics associated with each query pattern are indicative of search activity associated with a plurality of private search queries in the search log that match the query pattern; and in response to a determination that aggregate search activity statistics for a given query pattern satisfy a performance criterion, ranking query suggestions or search results that are presented in response to search queries that match the given query pattern based at least in part on aggregate search activity statistics associated with the given query pattern.
A breeding comb for solitary bees, comprised of single modules in the form of a sheet containing grooves and locks wherein the grooves of the sheet are separated from one another with side walls, and the lower part of the base of the sheet contains lugs that make blocking locks, characterised in that the lower part of the sheet contains rabbets, situated between the side walls of the same sheet, in which said rabbets the side walls of the subsequent module are inserted, thus forming nesting tunnels with a cross-section with a shape close to a polyhedron, while in the front part the base of the sheet contains a lug and in the rear part the sheet is limited with a rear wall containing a clasp.
A method performed by a user equipment, the method comprising: receiving a system information, SI, list by said user equipment, UE, from a base station in a mobile communication network, wherein the SI list refers to a plurality of SI information elements and indicates how each SI information element is distributed; determining how to acquire an SI information element based on an indication from the SI list on how the SI information element can be acquired; acquiring the SI information element by broadcast reception when the indication indicates scheduled SI broadcasting; acquiring the SI information element by sending a request to the base station when the indication indicates on-demand requesting; and receiving, in response to the request, content of the SI information element over unicast signalling from the base station, wherein the SI list refers to a plurality of SI information elements that are applicable to a current SI ID, and wherein an SI ID is introduced to associated areas where a set of SI information elements is the same within areas associated with the same SI ID. receiving a system information, SI, list by said user equipment, UE, from a base station in a mobile communication network, wherein the SI list refers to a plurality of SI information elements and indicates how each SI information element is distributed; determining how to acquire an SI information element based on an indication from the SI list on how the SI information element can be acquired; acquiring the SI information element by broadcast reception when the indication indicates scheduled SI broadcasting; acquiring the SI information element by sending a request to the base station when the indication indicates on-demand requesting; and receiving, in response to the request, content of the SI information element over unicast signalling from the base station, wherein the SI list refers to a plurality of SI information elements that are applicable to a current SI ID, and wherein an SI ID is introduced to associated areas where a set of SI information elements is the same within areas associated with the same SI ID.
A method for wireless communications, comprising: monitoring (505, 1205, 1305, 1405) for transmissions using a plurality of receive beams; receiving (1210, 1310, 1410) a signal using at least a first receive beam of the plurality of receive beams and a second receive beam of the plurality of receive beams; calculating (1315, 1415) a difference between a first received signal strength for the signal corresponding to the first receive beam and a second received signal strength for the signal corresponding to the second receive beam; determining (515, 1215, 1325, 1425) a direction of the signal based at least in part on the calculated difference between the first received signal strength and the second received signal strength, wherein determining the direction comprises accessing (1320, 1420) a lookup table in memory, wherein the lookup table comprises indications of differences in received signal strengths and corresponding signal directions; selecting (520, 1220, 1330, 1430), from a set of communication beams, a communication beam corresponding to the determined direction of the signal, wherein the set of communication beams is different from the plurality of receive beams used to monitor for transmissions; and utilizing (1225, 1335, 1435) the selected communication beam for communication. monitoring (505, 1205, 1305, 1405) for transmissions using a plurality of receive beams; receiving (1210, 1310, 1410) a signal using at least a first receive beam of the plurality of receive beams and a second receive beam of the plurality of receive beams; calculating (1315, 1415) a difference between a first received signal strength for the signal corresponding to the first receive beam and a second received signal strength for the signal corresponding to the second receive beam; determining (515, 1215, 1325, 1425) a direction of the signal based at least in part on the calculated difference between the first received signal strength and the second received signal strength, wherein determining the direction comprises accessing (1320, 1420) a lookup table in memory, wherein the lookup table comprises indications of differences in received signal strengths and corresponding signal directions; selecting (520, 1220, 1330, 1430), from a set of communication beams, a communication beam corresponding to the determined direction of the signal, wherein the set of communication beams is different from the plurality of receive beams used to monitor for transmissions; and utilizing (1225, 1335, 1435) the selected communication beam for communication.