mhurhangee/ep-ind-claims huggingface dataset:
A signal sending method comprising performing, by a sender, signal multiplexing processing on a first service data block in service data blocks to be sent and uplink control information; performing, by the sender, channel interleaving processing on mixed data generated after the signal multiplexing processing, to generate a mixed data block; performing, by the sender, signal spatial multiplexing processing on the mixed data block and remaining service data blocks in the service data blocks to be sent except the first service data block to generate a spatially multiplexed signal; and sending, by the sender, the spatially multiplexed signal to a receiver through a physical uplink shared channel; the method characterized in that a modulation and coding scheme MCS value of an uplink subchannel used to transmit the first service data block is greater than MCS values of uplink subchannels used to transmit the remaining service data blocks except the first service data block.
A process for producing a label lid (200, 300, 400, 500, 600), the process comprising the steps of (a) providing a facestock layer (210, 310, 410, 510, 610); (b) coating a removable adhesive layer (230, 330, 430, 530, 630) to a first side of the facestock layer (210, 310, 410, 510, 610); and (c) laminating the first side of the facestock layer (210, 310, 410, 510, 610) to a first side of a heat-seal layer (250, 350, 450, 550, 650); further comprising applying a release coating (220, 320, 420, 520, 620) to the first side of heat-seal layer (250, 350, 450, 550, 650) before laminating step (c), wherein the removable adhesive layer (230, 330, 430, 530, 630) does not comprise a release liner. (a) providing a facestock layer (210, 310, 410, 510, 610); (b) coating a removable adhesive layer (230, 330, 430, 530, 630) to a first side of the facestock layer (210, 310, 410, 510, 610); and (c) laminating the first side of the facestock layer (210, 310, 410, 510, 610) to a first side of a heat-seal layer (250, 350, 450, 550, 650); further comprising applying a release coating (220, 320, 420, 520, 620) to the first side of heat-seal layer (250, 350, 450, 550, 650) before laminating step (c), wherein the removable adhesive layer (230, 330, 430, 530, 630) does not comprise a release liner. further comprising applying a release coating (220, 320, 420, 520, 620) to the first side of heat-seal layer (250, 350, 450, 550, 650) before laminating step (c), wherein the removable adhesive layer (230, 330, 430, 530, 630) does not comprise a release liner.
A rotational imbalance reduction apparatus (204, 424, 624, 824), comprising: at least one heating element (224, 318, 418, 618, 624, 818, 824, 918) for heating a location (226, 926) on a rotary element (338, 638, 838, 938) arranged adjacent to the rotary element (338, 638, 838, 938), characterized in that each heating element (224, 318, 418, 618, 624, 818, 824, 918) comprises a light transmitter configured to direct light onto the rotary element (338, 638, 838, 938) or each heating element (224, 318, 418, 618, 624, 818, 824, 918) comprises at least one electrode electrically configured to generate an arc of electricity from the at least one electrode to the rotary element (338, 638, 838, 938).
A User Equipment, UE, comprising: a reception unit configured to receive a configuration configuring a random access response window size per enhanced coverage level, and an extraction unit configured to read the configuration, wherein the reception unit is further configured to monitor PDCCH for a random access response within a random access response window of the random access response window size, wherein the random access response window is represented as a number of repetition windows for the PDCCH based on the read configuration; and the number of repetition windows for the PDCCH is any of 2, 3, 4, 5, 6, 7, 8, and 10, determined by the read configuration. a reception unit configured to receive a configuration configuring a random access response window size per enhanced coverage level, and an extraction unit configured to read the configuration, wherein the reception unit is further configured to monitor PDCCH for a random access response within a random access response window of the random access response window size, wherein the random access response window is represented as a number of repetition windows for the PDCCH based on the read configuration; and the number of repetition windows for the PDCCH is any of 2, 3, 4, 5, 6, 7, 8, and 10, determined by the read configuration.
An electrolysis device with a rectifier for treating water, comprising: an electrolytic cell with an introduction hole and a discharge hole formed at opposing ends, respectively; a joint panel with a first surface joined to a first side surface of the electrolytic cell; an electrode module including a housing, a plurality of electrodes provided inside the housing, and an auxiliary panel having a first surface which is joined to a second surface of the joint panel, the auxiliary panel having a first end which passes through the first side surface of the electrolytic cell and the joint panel and is inserted into and installed in the electrolytic cell and a second end which perpendicularly protrudes outward from an external periphery of a second end of the housing, over the entire length of the external periphery; a rectifier module having a first side surface located outside the second end of the housing of the electrode module and a second side surface from which an electrode protrudes; an L-shaped panel having two surfaces joined to the second surface of the joint panel and any one side surface of the rectifier module, respectively; and a bus bar that connects the electrode of the electrode module to the electrode of the rectifier module. an electrolytic cell with an introduction hole and a discharge hole formed at opposing ends, respectively; a joint panel with a first surface joined to a first side surface of the electrolytic cell; an electrode module including a housing, a plurality of electrodes provided inside the housing, and an auxiliary panel having a first surface which is joined to a second surface of the joint panel, the auxiliary panel having a first end which passes through the first side surface of the electrolytic cell and the joint panel and is inserted into and installed in the electrolytic cell and a second end which perpendicularly protrudes outward from an external periphery of a second end of the housing, over the entire length of the external periphery; a rectifier module having a first side surface located outside the second end of the housing of the electrode module and a second side surface from which an electrode protrudes; an L-shaped panel having two surfaces joined to the second surface of the joint panel and any one side surface of the rectifier module, respectively; and a bus bar that connects the electrode of the electrode module to the electrode of the rectifier module.
A method of encoding a media stream comprising a plurality of packets, the method comprising: establishing a data connection between a client device and a server; sending a first packet of the media stream from the server to the client device at a first bit rate; receiving, at the server, a first acknowledgment signal from the client device responsive to receipt of the first packet; determining a second bit rate based on the first acknowledgment signal, the determining comprising: estimating, at the server, a time required to receive the first acknowledgement signal from the client device; extracting data from the first acknowledgement signal indicating a number of bytes received by the client device; calculating a second bit rate based on the estimated time required to receive the first acknowledgment signal and the number of bytes received by the client device; determining a third bitrate based upon contents of a transmit buffer of the server, wherein the third bitrate is increased when the transmit buffer depletes of packets and wherein the third bitrate is decreased when the transmit buffer fills with packets; selecting between the determined second bitrate and the determined third bitrate; and sending a second packet of the media stream from the server to the client device at the selected second bit rate or the selected third bit rate. establishing a data connection between a client device and a server; sending a first packet of the media stream from the server to the client device at a first bit rate; receiving, at the server, a first acknowledgment signal from the client device responsive to receipt of the first packet; determining a second bit rate based on the first acknowledgment signal, the determining comprising: estimating, at the server, a time required to receive the first acknowledgement signal from the client device; extracting data from the first acknowledgement signal indicating a number of bytes received by the client device; calculating a second bit rate based on the estimated time required to receive the first acknowledgment signal and the number of bytes received by the client device; estimating, at the server, a time required to receive the first acknowledgement signal from the client device; extracting data from the first acknowledgement signal indicating a number of bytes received by the client device; calculating a second bit rate based on the estimated time required to receive the first acknowledgment signal and the number of bytes received by the client device; determining a third bitrate based upon contents of a transmit buffer of the server, wherein the third bitrate is increased when the transmit buffer depletes of packets and wherein the third bitrate is decreased when the transmit buffer fills with packets; selecting between the determined second bitrate and the determined third bitrate; and sending a second packet of the media stream from the server to the client device at the selected second bit rate or the selected third bit rate.
A brake actuator for an aircraft braking system, the brake actuator comprising: a housing having an internal bore; a sleeve mounted for axial movement within the internal bore of the housing, the sleeve having a plurality of ratchet teeth on an external surface thereof; and a piston slidable along an axis, the piston comprising a pin portion mounted within the internal bore of the housing and extending axially through the sleeve, a piston head disposed at a first end of the pin portion, and a cap disposed at a second end of the pin portion for operative engagement with a brake element, the pin portion being mounted so as to be movable axially relative to the sleeve between a first position in which the piston head is drivingly engaged with the sleeve for urging the sleeve in a first direction along the internal bore of the housing, and a second position in which the piston head is drivingly disengaged from the sleeve, characterised in that: the brake actuator further comprises an annular member mounted to the housing and circumscribing the sleeve, the annular member comprising one or more resilient elements extending radially inwardly for engagement with the ratchet teeth of the sleeve, the one or more resilient elements preventing movement of the sleeve along the internal bore of the housing in a second direction opposite to the first direction. a housing having an internal bore; a sleeve mounted for axial movement within the internal bore of the housing, the sleeve having a plurality of ratchet teeth on an external surface thereof; and a piston slidable along an axis, the piston comprising a pin portion mounted within the internal bore of the housing and extending axially through the sleeve, a piston head disposed at a first end of the pin portion, and a cap disposed at a second end of the pin portion for operative engagement with a brake element, the pin portion being mounted so as to be movable axially relative to the sleeve between a first position in which the piston head is drivingly engaged with the sleeve for urging the sleeve in a first direction along the internal bore of the housing, and a second position in which the piston head is drivingly disengaged from the sleeve, characterised in that: the brake actuator further comprises an annular member mounted to the housing and circumscribing the sleeve, the annular member comprising one or more resilient elements extending radially inwardly for engagement with the ratchet teeth of the sleeve, the one or more resilient elements preventing movement of the sleeve along the internal bore of the housing in a second direction opposite to the first direction.
An apparatus comprising: means for identifying, from a plurality of audio objects in an audio scene, one or more audio objects of interest, wherein the audio objects comprise virtual objects in a volumetric virtual scene; means for processing first audio signals associated with the plurality of audio objects for provision to a user device, by: combining first audio signals associated with at least some of the audio objects to form combined first audio signals; modifying the amplitude of the combined first audio signals and limiting to a first level the maximum amplitude of the combined first audio signals; and modifying the amplitude of one or more individual first audio signals, associated with the one or more audio objects of interest, said modifying being independent of that for the combined first audio signals; wherein the individual first audio signals are limited to a second maximum amplitude level, different from the first, and the difference between the first and second maximum amplitude levels is adjusted dynamically based on the position of the user device in the audio scene. means for identifying, from a plurality of audio objects in an audio scene, one or more audio objects of interest, wherein the audio objects comprise virtual objects in a volumetric virtual scene; means for processing first audio signals associated with the plurality of audio objects for provision to a user device, by: combining first audio signals associated with at least some of the audio objects to form combined first audio signals; modifying the amplitude of the combined first audio signals and limiting to a first level the maximum amplitude of the combined first audio signals; and modifying the amplitude of one or more individual first audio signals, associated with the one or more audio objects of interest, said modifying being independent of that for the combined first audio signals; wherein the individual first audio signals are limited to a second maximum amplitude level, different from the first, and the difference between the first and second maximum amplitude levels is adjusted dynamically based on the position of the user device in the audio scene. combining first audio signals associated with at least some of the audio objects to form combined first audio signals; modifying the amplitude of the combined first audio signals and limiting to a first level the maximum amplitude of the combined first audio signals; and modifying the amplitude of one or more individual first audio signals, associated with the one or more audio objects of interest, said modifying being independent of that for the combined first audio signals; wherein the individual first audio signals are limited to a second maximum amplitude level, different from the first, and the difference between the first and second maximum amplitude levels is adjusted dynamically based on the position of the user device in the audio scene.
A method for detecting a neutron by discrimination between a neutron event and a gamma ray event, the method comprising: providing a first voltage to an input electrode of a microchannel plate; providing a second voltage to an output electrode of the microchannel plate, the second voltage being more positive than the first voltage; measuring a first signal on the input electrode; measuring a second signal on the output electrode; and detecting a neutron based on a comparison of the first and second signals, characterized in that detecting the neutron comprises determining that a neutron has been detected when the polarity of the second signal is opposite to that of the first signal for a period of time. providing a first voltage to an input electrode of a microchannel plate; providing a second voltage to an output electrode of the microchannel plate, the second voltage being more positive than the first voltage; measuring a first signal on the input electrode; measuring a second signal on the output electrode; and detecting a neutron based on a comparison of the first and second signals, characterized in that detecting the neutron comprises determining that a neutron has been detected when the polarity of the second signal is opposite to that of the first signal for a period of time.
An object, the surface of which is at least partly coated to a dry film thickness of at least 1 μm as measured by SSPC-PA 2, Australian Standard AS 3894.3, International Standard ISO 19840 or the International Maritime Organization resolution MSC 215, and/or at a dry weight of at least 3 g coating/(m 2 coated surface), with a friction coating in the form of a styrene/acrylic copolymer dispersion comprising - a first styrene/acrylic copolymer dispersion having a molar ratio of acrylic parts relative to styrene parts of 5-50 mol-%, and a Tg of 7.5-12.5°C, and - a second styrene/acrylic copolymer dispersion having a molar ratio of acrylic parts relative to styrene parts of 5-50 mol-%, and a Tg of 26-30°C, wherein said molar ratio of acrylic parts to styrene parts is higher for said first dispersion than for said second dispersion, wherein the dry coating weight is the weight gain of the object per surface area, and wherein the Tg is the temperature at the half-height of the heat capacity increase as measured by a differential scanning calorimetry analysis. - a first styrene/acrylic copolymer dispersion having a molar ratio of acrylic parts relative to styrene parts of 5-50 mol-%, and a Tg of 7.5-12.5°C, and - a second styrene/acrylic copolymer dispersion having a molar ratio of acrylic parts relative to styrene parts of 5-50 mol-%, and a Tg of 26-30°C,
A method for security monitoring and control comprising: receiving, by a base unit, sensor data from at least one first peripheral, the sensor data associated with at least one of activity inside and activity outside of a structure; determining, by the base unit, a critical event based in part on the sensor data; creating, by the base unit, an alert based in part on the critical event, wherein the alert includes information about the critical event; getting user preferences associated with at least one of a user of the base unit and the base unit, wherein the user preferences are read from a database; determining a response based in part on the alert and user preferences; providing a notification to the user based at least on the response, wherein options for responding to the notification are presented to the user; receiving instructions from the user based at least on a user selection from the options presented, and activating, by the base unit, automatically and/or in response to at least one of the instructions from the user and input from the first peripherals, at least one of a second peripheral (110, 202, 204, 206, 230) and a service based in part on the response, wherein the activating is further based on the instructions. receiving, by a base unit, sensor data from at least one first peripheral, the sensor data associated with at least one of activity inside and activity outside of a structure; determining, by the base unit, a critical event based in part on the sensor data; creating, by the base unit, an alert based in part on the critical event, wherein the alert includes information about the critical event; getting user preferences associated with at least one of a user of the base unit and the base unit, wherein the user preferences are read from a database; determining a response based in part on the alert and user preferences; providing a notification to the user based at least on the response, wherein options for responding to the notification are presented to the user; receiving instructions from the user based at least on a user selection from the options presented, and activating, by the base unit, automatically and/or in response to at least one of the instructions from the user and input from the first peripherals, at least one of a second peripheral (110, 202, 204, 206, 230) and a service based in part on the response, wherein the activating is further based on the instructions.
Method for forming one or more photoluminescent, capped semiconductor nanocrystals: exposing one or more capped semiconductor nanocrystals to electron beam radiation, each capped semiconductor nanocrystal comprising a semiconductor core that is provided with an oxide capping layer or a wide bandgap semiconductor capping layer, the electron beam radiation being selected to have an energy between 1 and 30 keV, preferably between 5 and 25 keV, more preferably between 10 and 20 keV, for introducing color centers in the oxide capping layer or the wide bandgap semiconductor capping layer, the color centers exhibiting photoluminescence in at least part of a green band of the visible spectrum. exposing one or more capped semiconductor nanocrystals to electron beam radiation, each capped semiconductor nanocrystal comprising a semiconductor core that is provided with an oxide capping layer or a wide bandgap semiconductor capping layer, the electron beam radiation being selected to have an energy between 1 and 30 keV, preferably between 5 and 25 keV, more preferably between 10 and 20 keV, for introducing color centers in the oxide capping layer or the wide bandgap semiconductor capping layer, the color centers exhibiting photoluminescence in at least part of a green band of the visible spectrum.
Device for withdrawal of a gas purging plug with a gas purging line from the wall of a metallurgical vessel, comprising: - a coupling device for coupling to the gas purging line of the gas purging plug; - a displacing device for moving the coupling device with or without the coupled gas purging plug; and - a support device for supporting the displacing device, which is connected with the support device, against the outer side of the metallurgical vessel and for positioning the coupling device with respect to the gas purging plug; wherein the coupling device is constructed in the form of a bell with a plurality of engaging elements, which are arranged in distribution at its circumference, for engagement behind a flange-like projection at the outer side of the gas purging line; and a locking compression spring for biasing the engaging elements in radial direction is associated with each of the engaging elements; characterised in that the engaging elements snap into a groove in the gas purging line by virtue of their radial bias through the locking compression springs and thus engage behind the projection in the gas purging line. - a coupling device for coupling to the gas purging line of the gas purging plug; - a displacing device for moving the coupling device with or without the coupled gas purging plug; and - a support device for supporting the displacing device, which is connected with the support device, against the outer side of the metallurgical vessel and for positioning the coupling device with respect to the gas purging plug;