mhurhangee/patent-ind-claim-en huggingface dataset:
A support system for a board with surface configured for writing comprising: a tripod , which includes three legs, at least three tethers and a connector , wherein a first end of each tether is connected to a leg of the tripod and a second end of each tether is connected to the connector ; a tray , which includes at least one connection element to the tripod ; two supports , wherein each one of said supports is connected to a leg of the tripod and is configured for the lower support of said board with surface configured for writing; a clamp , which includes a trough and at least one notched trough , wherein the clamp is configured to connect with said board with surface configured for writing by way of the trough ; and a guide rail , which is configured to connect to the notched trough of said clamp ; and wherein a nipple is connected onto a leg of the tripod , wherein said nipple comprises a horizontal entrance , which is configured for connecting with the first end of the tether by way of a first fastening device, for example a screw or a spring; and wherein each leg of the tripod is connected to a nipple and wherein each nipple is connected with a first end of the tether and with a wheel . a tripod , which includes three legs, at least three tethers and a connector , wherein a first end of each tether is connected to a leg of the tripod and a second end of each tether is connected to the connector ; a tray , which includes at least one connection element to the tripod ; two supports , wherein each one of said supports is connected to a leg of the tripod and is configured for the lower support of said board with surface configured for writing; a clamp , which includes a trough and at least one notched trough , wherein the clamp is configured to connect with said board with surface configured for writing by way of the trough ; and a guide rail , which is configured to connect to the notched trough of said clamp ; and wherein a nipple is connected onto a leg of the tripod , wherein said nipple comprises a horizontal entrance , which is configured for connecting with the first end of the tether by way of a first fastening device, for example a screw or a spring; and wherein each leg of the tripod is connected to a nipple and wherein each nipple is connected with a first end of the tether and with a wheel .
A cryogenic separation process for a feed stream containing methane and air gases comprising nitrogen and oxygen wherein: - the feed stream is cooled down to produce a cooled stream; - the cooled-down feed stream is at least partially condensed ; - the at least partially condensed cooled-down feed stream is at least partially decompressed ; - at least one portion of the at least partially condensed cooled-down stream is sent to a level of a distillation column ; - a bottom stream is drawn off from the distillation column , where the bottom stream is enriched in methane compared to the feed stream ; - a stream enriched in oxygen and nitrogen compared to the feed stream is drawn off from the distillation column ; - at least one dilution stream that is non-combustible and more volatile than oxygen is added to the distillation column at least one level below the level at which the cooled-down and partially condensed stream is added, characterized in that said at least one dilution stream is formed by separating the vapor fraction produced at the end of the decompression. - the feed stream is cooled down to produce a cooled stream; - the cooled-down feed stream is at least partially condensed ; - the at least partially condensed cooled-down feed stream is at least partially decompressed ; - at least one portion of the at least partially condensed cooled-down stream is sent to a level of a distillation column ; - a bottom stream is drawn off from the distillation column , where the bottom stream is enriched in methane compared to the feed stream ; - a stream enriched in oxygen and nitrogen compared to the feed stream is drawn off from the distillation column ; - at least one dilution stream that is non-combustible and more volatile than oxygen is added to the distillation column at least one level below the level at which the cooled-down and partially condensed stream is added, characterized in that said at least one dilution stream is formed by separating the vapor fraction produced at the end of the decompression.
A barrier cable coupler for coupling two lengths of barrier cable comprising: a coupler body having a bore therethrough; first and second retainer assemblies , each retainer assembly including: a retainer bolt , each retainer bolt having a threaded extension extending into the bore of the coupler body; a retainer collar , mechanically coupled to the respective retainer bolt, each retainer collar including a tapered inner surface , and one or more wedges positioned within each of the retainer collars; wherein the threaded extension of the first retainer assembly is threaded in a first direction and the threaded extension of the second retainer assembly is threaded in a second direction; and a tensioning nut , the tensioning nut threadedly coupled to the threaded extensions of the first and second retainer assemblies, the tensioning nut including inner threaded surfaces corresponding with the threads of the corresponding threaded extensions such that rotation of the tensioning nut moves the first and second retainer assemblies into the interior of the coupler body. a coupler body having a bore therethrough; first and second retainer assemblies , each retainer assembly including: a retainer bolt , each retainer bolt having a threaded extension extending into the bore of the coupler body; a retainer collar , mechanically coupled to the respective retainer bolt, each retainer collar including a tapered inner surface , and one or more wedges positioned within each of the retainer collars; wherein the threaded extension of the first retainer assembly is threaded in a first direction and the threaded extension of the second retainer assembly is threaded in a second direction; and a tensioning nut , the tensioning nut threadedly coupled to the threaded extensions of the first and second retainer assemblies, the tensioning nut including inner threaded surfaces corresponding with the threads of the corresponding threaded extensions such that rotation of the tensioning nut moves the first and second retainer assemblies into the interior of the coupler body. a retainer bolt , each retainer bolt having a threaded extension extending into the bore of the coupler body; a retainer collar , mechanically coupled to the respective retainer bolt, each retainer collar including a tapered inner surface , and one or more wedges positioned within each of the retainer collars; wherein the threaded extension of the first retainer assembly is threaded in a first direction and the threaded extension of the second retainer assembly is threaded in a second direction; and a tensioning nut , the tensioning nut threadedly coupled to the threaded extensions of the first and second retainer assemblies, the tensioning nut including inner threaded surfaces corresponding with the threads of the corresponding threaded extensions such that rotation of the tensioning nut moves the first and second retainer assemblies into the interior of the coupler body.
A hard coating that covers a surface of a substrate , wherein said hard coating has a total thickness of 0.5-20 μm and includes an A layer and a nanolayer-alternated layer that are alternately laminated by physical vapor deposition, wherein said nanolayer-alternated layer includes a B layer and a C layer that are alternately laminated, said A layer has a thickness of 50-1000 nm and is AlCr(SiC) nitride that is represented by a composition formula of [Al 1-W-X Cr W (SiC)x]N, wherein an atomic ratio W is 0.20-0.80, an atomic ratio X is 0.01-0.20 and which optionally contains an additive α that is at least one kind of element selected from a group consisting of V, Y, Zr, Nb, Mo, Ta and W, such that a content ratio of said additive α is not larger than 20at%, said B layer has a thickness of 1-100 nm and is TiAl nitride that is represented by a composition formula of [Ti 1-Y Al Y ]N, wherein an atomic ratio Y is 0.30-0.85 and which optionally contains additive β that is at least one kind of element selected from a group consisting of B, C, V, Cr, Zr, Nb, Mo, Hf, Ta and W, such that a content ratio of said additive β is not larger than 10at%, said C layer has a thickness of 1-100 nm and is Ti(SiC) nitride that is represented by a composition formula of [Ti i-Z (SiC) Z ]N, wherein an atomic ratio Z is 0.05-0.45 and which optionally contains additive γ that is at least one kind of element selected from a group consisting of B, V, Y, Nb, Mo and W, such that a content ratio of said additive γ is not larger than 10at%, and said nanolayer-alternated layer has a thickness of 50-1000 nm.
Ground drilling system with a drill mast , a top drive in the drill mast which is movable along the vertical axis of the drill mast and a crown piece at the upper end of the drill mast , whereby the crown piece is movable using a positioner and whereby the top drive in the drill mast is vertically movable along a guide in or on the drill mast , whereby the guide specifies a dimension, characterized in that the top drive is movable using a spreading device in at least one dimension as well as in a sec-ond dimension parallel to the dimension defined by the guide , that the spreading device engages the guide either directly or indirectly and the top drive is situated at the opposite side of the spreading device and that the spreading device with the top drive in the drill mast is vertically movable along the guide . a drill mast , a top drive in the drill mast which is movable along the vertical axis of the drill mast and a crown piece at the upper end of the drill mast , whereby the crown piece is movable using a positioner and whereby the top drive in the drill mast is vertically movable along a guide in or on the drill mast , whereby the guide specifies a dimension, characterized in that the top drive is movable using a spreading device in at least one dimension as well as in a sec-ond dimension parallel to the dimension defined by the guide , that the spreading device engages the guide either directly or indirectly and the top drive is situated at the opposite side of the spreading device and that the spreading device with the top drive in the drill mast is vertically movable along the guide .
A printer comprising: a media support defining a media feed path; and a pagewide printing unit for printing onto media fed along the media feed path, the printing unit comprising: a maintenance chassis fixedly positioned over the media feed path, the maintenance chassis having a maintenance module fixedly mounted thereto; a print bar chassis movably mounted on the maintenance chassis, the print bar chassis comprising a print module including a printhead having opposite longitudinal sides; and a lift mechanism for raising and lowering the print bar chassis relative to the maintenance chassis between a maintenance position and a printing position, characterized in that : the maintenance module comprises a fixed frame defining a space through which the printhead extends and retracts between the printing and maintenance positions respectively; the fixed frame houses one or more movable maintenance components; and the fixed frame extends alongside only one of the longitudinal sides of the printhead. a media support defining a media feed path; and a pagewide printing unit for printing onto media fed along the media feed path, the printing unit comprising: a maintenance chassis fixedly positioned over the media feed path, the maintenance chassis having a maintenance module fixedly mounted thereto; a print bar chassis movably mounted on the maintenance chassis, the print bar chassis comprising a print module including a printhead having opposite longitudinal sides; and a lift mechanism for raising and lowering the print bar chassis relative to the maintenance chassis between a maintenance position and a printing position, a maintenance chassis fixedly positioned over the media feed path, the maintenance chassis having a maintenance module fixedly mounted thereto; a print bar chassis movably mounted on the maintenance chassis, the print bar chassis comprising a print module including a printhead having opposite longitudinal sides; and a lift mechanism for raising and lowering the print bar chassis relative to the maintenance chassis between a maintenance position and a printing position, the maintenance module comprises a fixed frame defining a space through which the printhead extends and retracts between the printing and maintenance positions respectively; the fixed frame houses one or more movable maintenance components; and the fixed frame extends alongside only one of the longitudinal sides of the printhead.
A method performed by a transmitting device in a wireless communication system, comprising: generating a signal comprising data to be transmitted to a receiving device during a symbol by modulating the data on L-K L-combs, wherein each L-comb has an associated group of subcarriers that are separated from one another by L-1 subcarriers, wherein L L-combs represent a total number of L-combs for the symbol and K L-combs comprise a number of L-combs whose associated subcarriers are not to be modulated by the transmitting device , wherein each of the L L-combs and the K L-combs have an associated group of subcarriers that are separated from one another by L-1 subcarriers; and transmitting the generated signal to the receiving device during at least a portion of the symbol . generating a signal comprising data to be transmitted to a receiving device during a symbol by modulating the data on L-K L-combs, wherein each L-comb has an associated group of subcarriers that are separated from one another by L-1 subcarriers, wherein L L-combs represent a total number of L-combs for the symbol and K L-combs comprise a number of L-combs whose associated subcarriers are not to be modulated by the transmitting device , wherein each of the L L-combs and the K L-combs have an associated group of subcarriers that are separated from one another by L-1 subcarriers; and transmitting the generated signal to the receiving device during at least a portion of the symbol .
A method for obtaining time of arrival, TOA, when a mobile terminal is located, wherein the method comprises: receiving (S102) a locating reference signal sent by a locating transmitter; performing (S104) time domain related processing on the locating reference signal and a synchronization reference signal sequence to obtain a related spectrum value of a multipath signal component corresponding to a delay value; detecting (S106) a channel parameter used when the locating reference signal is received, characterized in that the method further comprises: generating, according to the channel parameter and a function that progressively decreases with the delay value, a related spectrum threshold that progressively decreases with the delay value; and traversing (S108) the delay value in ascending order of the delay value, searching for a first traversed delay value whose related spectrum value of a multipath signal component corresponding to the delay value is greater than a related spectrum threshold corresponding to the delay value, and using the found delay value as TOA for outputting. receiving (S102) a locating reference signal sent by a locating transmitter; performing (S104) time domain related processing on the locating reference signal and a synchronization reference signal sequence to obtain a related spectrum value of a multipath signal component corresponding to a delay value; detecting (S106) a channel parameter used when the locating reference signal is received, characterized in that the method further comprises: generating, according to the channel parameter and a function that progressively decreases with the delay value, a related spectrum threshold that progressively decreases with the delay value; and traversing (S108) the delay value in ascending order of the delay value, searching for a first traversed delay value whose related spectrum value of a multipath signal component corresponding to the delay value is greater than a related spectrum threshold corresponding to the delay value, and using the found delay value as TOA for outputting. generating, according to the channel parameter and a function that progressively decreases with the delay value, a related spectrum threshold that progressively decreases with the delay value; and traversing (S108) the delay value in ascending order of the delay value, searching for a first traversed delay value whose related spectrum value of a multipath signal component corresponding to the delay value is greater than a related spectrum threshold corresponding to the delay value, and using the found delay value as TOA for outputting.
Internal combustion engine , comprising at least one cylinder (Z), wherein the at least one cylinder (Z) has a main combustion chamber (BK) for the combustion of a fuel/air mixture (K/F L ) or a fuel/air/exhaust gas mixture (K/F F /F A ), and a flushed prechamber, which is connected in terms of fluid to the main combustion chamber (BK) via at least one overflow channel, and at least one exhaust turbocharger , which has a turbine for expanding exhaust gas (F A ) leaving the at least one cylinder (Z), and a compressor for compressing fresh air (F F ) or a fresh air/exhaust gas mixture (F F /F A ) being supplied to the at least one cylinder (Z) as compressed charge air (F L ), wherein in a charge-air tract (II) downstream of the compressor an extraction point (II-E) is formed, from which branch off a second partial charge-air tract (II-2), as a flushing tract, and a first partial charge-air tract (II-1), wherein a charge-air partial quantity (F L -2) of the compressed charge air (F L ) for flushing the at least one prechamber can be extracted via the flushing tract, wherein an auxiliary compressor is arranged in the flushing tract which increases the charging pressure of the compressed charge air (F L ) as required, wherein the fresh air/exhaust gas mixture (F F /F A ) can be supplied to the compressor from a fresh-air tract (I) arranged upstream of the compressor , since the fresh-air tract (I) is connected upstream of the compressor to an exhaust gas return tract (IV) of an exhaust tract (III) such that exhaust gas (F A ) can be supplied to the fresh air (F F ) in the fresh-air tract (I) so that via the extraction point (II-E) a fresh-air/exhaust gas mixture (F F /F A ) can also be extracted as compressed charge air (F L ) and can be recompressed in the flushing tract by means of the auxiliary compressor as required, wherein a supply point (II-2Z) of a fuel feed line (V) for supplying fuel (K) to the charge air (F L ), which is recompressed as required by means of the auxiliary compressor , is formed in the flushing tract downstream of the auxiliary compressor , said charge air being present in the flushing tract as fresh air (F F ) or as a fresh air/exhaust gas mixture (F F /F A ).
A method for hearing system communication in a hearing system comprising a server device and a hearing device system comprising a hearing device and a user accessory device with a user application installed thereon, the method comprising: - obtaining hearing device data for the hearing device in the server device, wherein the hearing device data comprises hearing device settings, firmware, or firmware updates; - securing , at the server device, the hearing device data using a first security scheme to obtain a first output; - securing , at the server device, the first output using a second security scheme to obtain a second output, wherein the second security scheme is different from the first security scheme; and - transmitting , from the server device, the second output to the user application, characterized in that the method comprises: - validating the second output in the user application using the second security scheme to obtain the first output; - transmitting , from the user application, the first output to the hearing device; - receiving and validating the first output in the hearing device using the first security scheme to obtain the hearing device data; and - operating the hearing device according to the hearing device data. - obtaining hearing device data for the hearing device in the server device, wherein the hearing device data comprises hearing device settings, firmware, or firmware updates; - securing , at the server device, the hearing device data using a first security scheme to obtain a first output; - securing , at the server device, the first output using a second security scheme to obtain a second output, wherein the second security scheme is different from the first security scheme; and - transmitting , from the server device, the second output to the user application, - validating the second output in the user application using the second security scheme to obtain the first output; - transmitting , from the user application, the first output to the hearing device; - receiving and validating the first output in the hearing device using the first security scheme to obtain the hearing device data; and - operating the hearing device according to the hearing device data.
An electric drive device for an electric power steering device, comprising: a motor ; a controller electrically connected to the motor , configured to control driving of the motor and including a first inverter and a second inverter that are independent of each other; and a power supply connector electrically connected to the controller , the power supply connector including: a power supply connector housing ; a first power supply terminal and a second power supply terminal , which are configured to be electrically connected to separate external power sources, respectively, characterized in that the first power supply terminal and the second power supply terminal are provided in the power supply connector housing , and the electric drive device further comprises a common ground terminal provided in the power supply connector housing and configured to be electrically connected to an external ground. a motor ; a controller electrically connected to the motor , configured to control driving of the motor and including a first inverter and a second inverter that are independent of each other; and a power supply connector electrically connected to the controller , the power supply connector including: a power supply connector housing ; a first power supply terminal and a second power supply terminal , which are configured to be electrically connected to separate external power sources, respectively, characterized in that the first power supply terminal and the second power supply terminal are provided in the power supply connector housing , and the electric drive device further comprises a common ground terminal provided in the power supply connector housing and configured to be electrically connected to an external ground. a power supply connector housing ; a first power supply terminal and a second power supply terminal , which are configured to be electrically connected to separate external power sources, respectively, characterized in that the first power supply terminal and the second power supply terminal are provided in the power supply connector housing , and the electric drive device further comprises a common ground terminal provided in the power supply connector housing and configured to be electrically connected to an external ground.