mhurhangee/ep-ind-claims huggingface dataset:
A method for operating in a network in which stations (102A, 102B, 104A, 104B, 104C) communicate over a shared medium, the shared medium having at least one varying channel characteristic that varies periodically, the method comprising: providing repeated beacon transmissions from a coordinator station for coordinating transmissions among a plurality of the stations wherein at least some beacon transmissions are synchronized to the varying channel characteristic; determining a start time of a beacon transmission based on a time offset from a detected feature of the varying channel characteristic; including in the beacon transmission information indicating start times of a plurality of future beacon transmissions; including in the beacon transmission information indicating time slots relative to the future beacon transmissions during which a first station is permitted to transmit to at least one receiving station; wherein a transmission from the first station to at least one receiving station is performed during a time slot determined based on at least one of the beacon transmissions received by the first station from the coordinator station. providing repeated beacon transmissions from a coordinator station for coordinating transmissions among a plurality of the stations wherein at least some beacon transmissions are synchronized to the varying channel characteristic; determining a start time of a beacon transmission based on a time offset from a detected feature of the varying channel characteristic; including in the beacon transmission information indicating start times of a plurality of future beacon transmissions; including in the beacon transmission information indicating time slots relative to the future beacon transmissions during which a first station is permitted to transmit to at least one receiving station; wherein a transmission from the first station to at least one receiving station is performed during a time slot determined based on at least one of the beacon transmissions received by the first station from the coordinator station.
A method for transmitting data in a wireless network, the method comprising: generating, by an access point, an orthogonal frequency division multiple access, OFDMA, frame, wherein the OFDMA frame comprises a first signal, SIGA, field, a second signal, SIGB, field and a data payload field, wherein the SIGA field carries parameters for decoding the SIGB field and the SIGB field carries resource allocation information indicating which resource units, RUs are allocated to the plurality of mobile devices for receiving the data payload field over a 20 Mhz channel; and the data payload field is encoded at 256 FFT sampling rate per 20MHz frequency channel, wherein the data payload field comprises 256 tones in each 20MHz frequency channel, 234 tones are in RUs, and 22 tones are excluded from the RUs, wherein the RUs comprise at least one or a combination of the following: a first RU including 26 tones consisting of 24 data tones and 2 pilot tones in frequency domain, and a second RU including 52 tones consisting of 48 data tones and 4 pilot tones in frequency domain; and transmitting the OFDMA frame. generating, by an access point, an orthogonal frequency division multiple access, OFDMA, frame, wherein the OFDMA frame comprises a first signal, SIGA, field, a second signal, SIGB, field and a data payload field, wherein the SIGA field carries parameters for decoding the SIGB field and the SIGB field carries resource allocation information indicating which resource units, RUs are allocated to the plurality of mobile devices for receiving the data payload field over a 20 Mhz channel; and the data payload field is encoded at 256 FFT sampling rate per 20MHz frequency channel, wherein the data payload field comprises 256 tones in each 20MHz frequency channel, 234 tones are in RUs, and 22 tones are excluded from the RUs, wherein the RUs comprise at least one or a combination of the following: a first RU including 26 tones consisting of 24 data tones and 2 pilot tones in frequency domain, and a second RU including 52 tones consisting of 48 data tones and 4 pilot tones in frequency domain; and transmitting the OFDMA frame.
A vehicle-mounted power conversion device comprising: a capacitor for smoothing DC voltage; a power module for converting the smoothed DC voltage into AC voltage; a control substrate provided with a connector for connecting a harness and capable of outputting a control pulse on the basis of various input signals; a power module substrate provided with a connector for connecting a harness and capable of outputting a driving pulse to the power module on the basis of the control pulse; a harness connected to the connector of the control substrate at one end and connected to the connector of the power module substrate at the other end, thereby connecting the control substrate and the power module substrate electrically; and a case and cover for housing the capacitor, the power module, the control substrate, the power module substrate and the harness, wherein a housing space defined between the case and the cover is an integrated single space, the power module substrate and the control substrate are housed in the integrated single space of the case and the cover and a divided position between the case and the cover is located further toward a bottom wall of the case than the connector of the control substrate and the connector of the power module substrate. a capacitor for smoothing DC voltage; a power module for converting the smoothed DC voltage into AC voltage; a control substrate provided with a connector for connecting a harness and capable of outputting a control pulse on the basis of various input signals; a power module substrate provided with a connector for connecting a harness and capable of outputting a driving pulse to the power module on the basis of the control pulse; a harness connected to the connector of the control substrate at one end and connected to the connector of the power module substrate at the other end, thereby connecting the control substrate and the power module substrate electrically; and a case and cover for housing the capacitor, the power module, the control substrate, the power module substrate and the harness, wherein a housing space defined between the case and the cover is an integrated single space, the power module substrate and the control substrate are housed in the integrated single space of the case and the cover and a divided position between the case and the cover is located further toward a bottom wall of the case than the connector of the control substrate and the connector of the power module substrate.
A heat exchanging module comprising a heat exchanger and a bottle, the bottle being attached to the heat exchanger at one first longitudinal end of the bottle, said heat exchanging module comprising at least one attachment mean located at a second longitudinal end of the bottle, said attachment mean restricting at least one axial movement of the bottle along a longitudinal dimension of said bottle, wherein the heat exchanger is crossed by a first circuit configured to receive a refrigerant fluid and a second circuit configured to receive a coolant fluid, the heat exchanging module comprising a frame, the attachment mean being mechanically connected to the frame, characterised in that the attachment mean comprises a first connection mean, and a second connection mean, both first connection mean and second connection mean being connected to the frame, wherein the frame comprises at least a side wall and an end wall, the attachment mean is connected to the side wall of the frame by the first connection mean, and to the end wall of the frame by the second connection mean, wherein the first connection mean and the second connection mean extend in opposite sense in a parallel directions.
Residual fat remover for removal of residual fat that remains on tissue of a poultry carcass after the poultry carcass has passed a scraper for releasing tissue connections between a fillet or fillets (1', 1") and the poultry carcass, wherein the fillet or fillets (1', 1") still at least in part attach to the carcass when passing the residual fat remover, wherein the residual fat remover is embodied with opposite pens (4, 5) that are positioned along the path of the passing poultry carcass on opposite sides of the passing poultry carcass so as to detach the residual fat (2, 3) on the fillet or fillets (1', 1") during passing of the poultry carcass.
An alpha-1-antitrypsin composition suitable for pharmaceutical use, comprising: (a) 6% or less contaminating proteins based on total protein weight as determined by SDS-PAGE; and (b) less than 0.2% IgA; wherein the specific activity of the alpha-1-antitrypsin is at least 0.99 mg functional AAT per milligram of protein, when using as an extinction coefficient E 1% 1cm, 280nm = 5.3; and wherein less than 8% of the composition is of a higher molecular weight than monomeric AAT; and wherein the AAT is separated from a blood plasma fraction. (a) 6% or less contaminating proteins based on total protein weight as determined by SDS-PAGE; and (b) less than 0.2% IgA; wherein the specific activity of the alpha-1-antitrypsin is at least 0.99 mg functional AAT per milligram of protein, when using as an extinction coefficient E 1% 1cm, 280nm = 5.3; and wherein less than 8% of the composition is of a higher molecular weight than monomeric AAT; and wherein the AAT is separated from a blood plasma fraction.
A method for integrating a calendar server and a conference control server comprising: identifying a plurality of conferencing resources, each of the conferencing resources having an associated resource identifier; for each of the conferencing resources, registering with the calendar server using the associated resource identifier to request notifications of updates to a calendar associated with the resource identifier; receiving a first update notification from the calendar server, the first update notification indicating a first one of the resource identifiers; receiving a second update notification from the calendar server, the second update notification indicating a second one of the resource identifiers; determining meeting information for a scheduled call indicated by the first update notification and the second update notification, the meeting information comprising a scheduled time and identifying a first one of the conferencing resources associated with the first resource identifier and a second one of the conferencing resources associated with the second resource identifier, the meeting information further comprising a contact identifier for the second conferencing resource; and providing at least a portion of the meeting information to the first conferencing resource, the portion comprising the scheduled time and the contact identifier. identifying a plurality of conferencing resources, each of the conferencing resources having an associated resource identifier; for each of the conferencing resources, registering with the calendar server using the associated resource identifier to request notifications of updates to a calendar associated with the resource identifier; receiving a first update notification from the calendar server, the first update notification indicating a first one of the resource identifiers; receiving a second update notification from the calendar server, the second update notification indicating a second one of the resource identifiers; determining meeting information for a scheduled call indicated by the first update notification and the second update notification, the meeting information comprising a scheduled time and identifying a first one of the conferencing resources associated with the first resource identifier and a second one of the conferencing resources associated with the second resource identifier, the meeting information further comprising a contact identifier for the second conferencing resource; and providing at least a portion of the meeting information to the first conferencing resource, the portion comprising the scheduled time and the contact identifier.
Floor connection assembly for mechanically connecting an aircraft seat to a floor structure of an aircraft, which has at least three fastening points, wherein - the floor connection assembly can be fastened to the floor structure at at least three fastening points by one fastening element each, wherein - the floor connection assembly comprises an adapter plate, wherein - the mechanical connection between the adapter plate and the fastening elements is mounted substantially torque-free about at least one axis, wherein - at least one connection of the adapter plate to a fastening element is displaceable in at least one direction, wherein - the floor connection assembly comprises three fastening elements, wherein - a first fastening element and a second fastening element are arranged along a longitudinal axis, wherein - the second fastening element and a third fastening element are arranged along a transverse axis, wherein - the longitudinal axis and the transverse axis are mutually perpendicular, characterised in that - the first fastening element is displaceable along the longitudinal axis in both directions, at least 20 mm in each case, is displaceable parallel to the transverse axis in both directions, at least 3 mm in each case, and is fixed parallel to a vertical axis, wherein - the second fastening element is fixed along the longitudinal axis, is fixed along the transverse axis, and is fixed along the vertical axis, wherein - the third fastening element is fixed parallel to the longitudinal axis, is displaceable along the transverse axis in both directions, at least 20 mm in each case, and is fixed parallel to the vertical axis. - the floor connection assembly can be fastened to the floor structure at at least three fastening points by one fastening element each, wherein - the floor connection assembly comprises an adapter plate, wherein - the mechanical connection between the adapter plate and the fastening elements is mounted substantially torque-free about at least one axis, wherein - at least one connection of the adapter plate to a fastening element is displaceable in at least one direction, wherein - the floor connection assembly comprises three fastening elements, wherein - a first fastening element and a second fastening element are arranged along a longitudinal axis, wherein - the second fastening element and a third fastening element are arranged along a transverse axis, wherein - the longitudinal axis and the transverse axis are mutually perpendicular, characterised in that - the first fastening element is displaceable along the longitudinal axis in both directions, at least 20 mm in each case, is displaceable parallel to the transverse axis in both directions, at least 3 mm in each case, and is fixed parallel to a vertical axis, wherein - the second fastening element is fixed along the longitudinal axis, is fixed along the transverse axis, and is fixed along the vertical axis, wherein - the third fastening element is fixed parallel to the longitudinal axis, is displaceable along the transverse axis in both directions, at least 20 mm in each case, and is fixed parallel to the vertical axis.
A method of densifying a fibrous composition, the method comprising: shearing a fiber source to provide a fibrous material; combining the fibrous material with a microorganism and/or enzyme to provide a fibrous material composition; encapsulating the composition in a substantially gas impermeable material; and removing entrapped gas from the encapsulated composition to densify the composition, wherein the fiber source is selected from the group consisting of wood, grasses, rice hulls, bagasse, cotton, jute, hemp, flax, bamboo, sisal, abaca, straw, corn cobs, coconut hair and paper. shearing a fiber source to provide a fibrous material; combining the fibrous material with a microorganism and/or enzyme to provide a fibrous material composition; encapsulating the composition in a substantially gas impermeable material; and removing entrapped gas from the encapsulated composition to densify the composition, wherein the fiber source is selected from the group consisting of wood, grasses, rice hulls, bagasse, cotton, jute, hemp, flax, bamboo, sisal, abaca, straw, corn cobs, coconut hair and paper.
A method for discontinuous signaling in a mobile communication network (210, 220), the method comprising: determining, at a user equipment, UE, a requested minimum time for conducting slotted UE transmissions; transmitting, from the UE, to a mobile communication network (210, 220), an initial UE transmission that includes an indicator signal that is configured to request slotted UE transmissions and the requested minimum time; in response to transmitting the initial UE transmission, receiving, at the UE, a response to the initial UE transmission that authorizes slotted UE transmissions and instructs the UE to utilize the requested minimum time; and in response to authorizing slotted UE transmission, slotting communication of each subsequent UE transmission, wherein slotting requires the minimum time to elapse between each UE transmission. determining, at a user equipment, UE, a requested minimum time for conducting slotted UE transmissions; transmitting, from the UE, to a mobile communication network (210, 220), an initial UE transmission that includes an indicator signal that is configured to request slotted UE transmissions and the requested minimum time; in response to transmitting the initial UE transmission, receiving, at the UE, a response to the initial UE transmission that authorizes slotted UE transmissions and instructs the UE to utilize the requested minimum time; and in response to authorizing slotted UE transmission, slotting communication of each subsequent UE transmission, wherein slotting requires the minimum time to elapse between each UE transmission.
A compressor assembly for a turbocharger with a turbine assembly and/or an electric motor comprising: a shaft sleeve that comprises a bore that extends between a first end and a second end and an outer shoulder; a shaft received by the bore of the shaft sleeve wherein the shaft comprises a compressor end; a compressor wheel disposed on the shaft; and a thrust collar disposed on the shaft and seated between the outer shoulder of the shaft sleeve and the compressor wheel wherein the thrust collar comprises a stem portion and a cap portion that comprises a sacrificial portion; characterized in that the cap portion further comprises a sensor surface comprising a sensor notch, wherein the sacrificial portion is on a compressor wheel side of the thrust collar and the sensor surface is on a sleeve side of the thrust collar, wherein the sacrificial portion comprises at least one balance cut and wherein the at least one balance cut in the sacrificial portion is configured to not interfere with the sensor notch. a shaft sleeve that comprises a bore that extends between a first end and a second end and an outer shoulder; a shaft received by the bore of the shaft sleeve wherein the shaft comprises a compressor end; a compressor wheel disposed on the shaft; and a thrust collar disposed on the shaft and seated between the outer shoulder of the shaft sleeve and the compressor wheel wherein the thrust collar comprises a stem portion and a cap portion that comprises a sacrificial portion; characterized in that the cap portion further comprises a sensor surface comprising a sensor notch, wherein the sacrificial portion is on a compressor wheel side of the thrust collar and the sensor surface is on a sleeve side of the thrust collar, wherein the sacrificial portion comprises at least one balance cut and wherein the at least one balance cut in the sacrificial portion is configured to not interfere with the sensor notch.
A communication station, comprising: a modulation circuit, configured to operably modulate one or more master information blocks, MIBs, a mapping circuit, configured to operably map the modulated MIBs to a new carrier type physical broadcast channel, PBCH, wherein the PBCH is configured in a plurality of radio frames; and a transmitting circuit, configured to operably transmit the radio frames; wherein each of the radio frames comprises a plurality of subframes; each of the subframes comprises a plurality of slots; each of the slots comprises a plurality of orthogonal frequency division multiplexing, OFDM, symbols; each of the OFDM symbols comprises a plurality of subcarriers; the plurality of subcarriers of a slot are referred to as a resource block, RB, said communication station being characterized in that the mapping circuit maps the modulated MIBs to a plurality of central RBs of predetermined slots across N consecutive radio frames of the PBCH; the central RBs are configured to be around a DC subcarrier of the subcarriers, wherein the OFDM symbols containing the RBs to which the modulated MIBs are mapped are adjacent to a primary synchronization signal and a secondary synchronization signal. a modulation circuit, configured to operably modulate one or more master information blocks, MIBs, a mapping circuit, configured to operably map the modulated MIBs to a new carrier type physical broadcast channel, PBCH, wherein the PBCH is configured in a plurality of radio frames; and a transmitting circuit, configured to operably transmit the radio frames; wherein each of the radio frames comprises a plurality of subframes; each of the subframes comprises a plurality of slots; each of the slots comprises a plurality of orthogonal frequency division multiplexing, OFDM, symbols; each of the OFDM symbols comprises a plurality of subcarriers; the plurality of subcarriers of a slot are referred to as a resource block, RB, said communication station being characterized in that the mapping circuit maps the modulated MIBs to a plurality of central RBs of predetermined slots across N consecutive radio frames of the PBCH; the central RBs are configured to be around a DC subcarrier of the subcarriers, wherein the OFDM symbols containing the RBs to which the modulated MIBs are mapped are adjacent to a primary synchronization signal and a secondary synchronization signal.
An apparatus for two phase immersion cooling, the apparatus comprising: a container including: an input port configured to receive an electrically insulating liquid in which one or more electronic devices are to be immersed wherein the one or more electronic devices comprises one or more electronic circuit boards; and an output port configured to emit the electrically insulating liquid; and a phoretic force device in the container, the phoretic force device configured to induce phoretic forces within the container to cause particles from the electrically insulating liquid to collect within the container; and wherein the phoretic force device comprises at least one heated copper mesh. a container including: an input port configured to receive an electrically insulating liquid in which one or more electronic devices are to be immersed wherein the one or more electronic devices comprises one or more electronic circuit boards; and an output port configured to emit the electrically insulating liquid; and an input port configured to receive an electrically insulating liquid in which one or more electronic devices are to be immersed wherein the one or more electronic devices comprises one or more electronic circuit boards; and an output port configured to emit the electrically insulating liquid; and a phoretic force device in the container, the phoretic force device configured to induce phoretic forces within the container to cause particles from the electrically insulating liquid to collect within the container; and wherein the phoretic force device comprises at least one heated copper mesh.