mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting a downlink signal in a multiple antenna system for simultaneously transmiting one or two codewords, the method comprising: mapping one or two transport blocks to the one or two codewords; transmitting the one or two codewords through a downlink data channel; and transmitting a one bit swap flag through a downlink control channel, wherein, when both of first and second transport blocks of the two transport blocks are enabled and the swap flag has a first logic value, the first transport block is mapped to a first codeword of the two codewords and the second transport block is mapped to a second codeword of the two codewords, wherein, when both of the first and second transport blocks are enabled and the swap flag has a second logic value, the first transport block is mapped to the second codeword and the second transport block is mapped to the first codeword, wherein, the first transport block is mapped to the first codeword irrespective of the logic value of the swap flag when the second transport block is not used, wherein, the second transport block is mapped to the first codeword irrespective of the swap flag when the first transport block is not used. mapping one or two transport blocks to the one or two codewords; transmitting the one or two codewords through a downlink data channel; and transmitting a one bit swap flag through a downlink control channel, wherein, when both of first and second transport blocks of the two transport blocks are enabled and the swap flag has a first logic value, the first transport block is mapped to a first codeword of the two codewords and the second transport block is mapped to a second codeword of the two codewords, wherein, when both of the first and second transport blocks are enabled and the swap flag has a second logic value, the first transport block is mapped to the second codeword and the second transport block is mapped to the first codeword, wherein, the first transport block is mapped to the first codeword irrespective of the logic value of the swap flag when the second transport block is not used, wherein, the second transport block is mapped to the first codeword irrespective of the swap flag when the first transport block is not used.
An unlicensed spectrum-based wireless communication method, comprising: occupying, by a base station, a first carrier on an unlicensed spectrum by using a first clear channel assessment, CCA, wherein the first CCA is a CCA with random backoff; occupying, by the base station, a second carrier on the unlicensed spectrum by using a second CCA, wherein the second CCA is a single-slot CCA; wherein a maximum channel occupancy time, MCOT, of the base station on the second carrier is determined as equal to the MCOT on which the base station performs the CCA with random backoff currently on the first carrier; sending, by the base station, first indication information to a terminal device, wherein the first indication information is used to instruct the terminal device to send uplink information to the base station on the second carrier in the MCOT; and after sending the first indication information, receiving, by the base station on the second carrier in the MCOT, the uplink information from the terminal device. occupying, by a base station, a first carrier on an unlicensed spectrum by using a first clear channel assessment, CCA, wherein the first CCA is a CCA with random backoff; occupying, by the base station, a second carrier on the unlicensed spectrum by using a second CCA, wherein the second CCA is a single-slot CCA; wherein a maximum channel occupancy time, MCOT, of the base station on the second carrier is determined as equal to the MCOT on which the base station performs the CCA with random backoff currently on the first carrier; sending, by the base station, first indication information to a terminal device, wherein the first indication information is used to instruct the terminal device to send uplink information to the base station on the second carrier in the MCOT; and after sending the first indication information, receiving, by the base station on the second carrier in the MCOT, the uplink information from the terminal device.
An apparatus for the recovery of a process gas used in the production of an object from at least one production tool, comprising; (a) at least one production tool comprising an input line for introducing a process gas wherein the at least one production tool is in electrical communication with a process controller; (b) an effluent line in flow communication with at least one production tool for removal of a spent process gas after an object has been processed in the at least one production tool; (c) a valve in the effluent line allowing removal of the spent process gas from the production tool; (d) a recovery line which directs the spent process gas to a treatment line; and (e) the treatment line comprising a filter to remove any particulates; a pressure sensor in electrical communication with valve in a pressure control line, a recycle stream gas input; a compressor, a cooler; a purification turndown tank to collect water removed from the treatment line which comprises a liquid level sensor and an automatic drain valve which directs any overflow of water into a condensate drain, (i) a purification line comprising a valve, a purifier, a pressure transducer, a recycle stream directing process gas which fails to meet one or more process requirements from the purifier to the treatment line; and a vent line comprising a vent for contaminants; and (ii) a purification bypass line comprising a valve, for blending spent process gas in the purification bypass line with purified end product; wherein the spent process gas is treated in the purifier and/or bypasses the purifier to provide a recovered process gas. (a) at least one production tool comprising an input line for introducing a process gas wherein the at least one production tool is in electrical communication with a process controller; (b) an effluent line in flow communication with at least one production tool for removal of a spent process gas after an object has been processed in the at least one production tool; (c) a valve in the effluent line allowing removal of the spent process gas from the production tool; (d) a recovery line which directs the spent process gas to a treatment line; and (e) the treatment line comprising a filter to remove any particulates; a pressure sensor in electrical communication with valve in a pressure control line, a recycle stream gas input; a compressor, a cooler; a purification turndown tank to collect water removed from the treatment line which comprises a liquid level sensor and an automatic drain valve which directs any overflow of water into a condensate drain, (i) a purification line comprising a valve, a purifier, a pressure transducer, a recycle stream directing process gas which fails to meet one or more process requirements from the purifier to the treatment line; and a vent line comprising a vent for contaminants; and (ii) a purification bypass line comprising a valve, for blending spent process gas in the purification bypass line with purified end product; wherein the spent process gas is treated in the purifier and/or bypasses the purifier to provide a recovered process gas.
A regulated power supply assembly suitable for use in an electrical switch, said electrical switch comprising an electromagnetic assembly configured to operate said electrical switch in one of an open position and a closed position thereof and effect a transition there between, said regulated power supply assembly comprising: - switching means operable for switching an output voltage (Vout) provided to said electromagnetic assembly such that an excitation current is established therein, wherein said switching means are operated based on a switching control signal, and - sampling means configured for successively sampling said excitation current, said regulated power supply assembly characterized in that it is further comprising: - controlling means configured for generating said switching control signal based on comparing an instantaneous sample (S(i)) of said excitation current with at least one preceding sample (S(i-1)) of said excitation current. - switching means operable for switching an output voltage (Vout) provided to said electromagnetic assembly such that an excitation current is established therein, wherein said switching means are operated based on a switching control signal, and - sampling means configured for successively sampling said excitation current, said regulated power supply assembly characterized in that it is further comprising: - controlling means configured for generating said switching control signal based on comparing an instantaneous sample (S(i)) of said excitation current with at least one preceding sample (S(i-1)) of said excitation current.
A control method for driver assistance, comprising: receiving positioning information of a vehicle; obtaining information about a road structure ahead of the vehicle based on the positioning information; and determining, based on the information about the road structure, whether an alarm for a sharp bend is needed, characterized in that the determining, based on the information about the road structure, whether an alarm for a sharp bend is needed comprises: calculating a safe radius of curvature based on the information about the road structure; and determining, based on the safe radius of curvature, whether the alarm for a sharp bend is needed, and wherein the calculating a safe radius of curvature based on the information about the road structure comprises: calculating a minimum value of a safe sight distance on a road based on a value of a speed limit on the road or an actual vehicle speed of a current vehicle; and calculating the safe radius of curvature based on the information about the road structure and the minimum value of the safe sight distance on the road. receiving positioning information of a vehicle; obtaining information about a road structure ahead of the vehicle based on the positioning information; and determining, based on the information about the road structure, whether an alarm for a sharp bend is needed, characterized in that the determining, based on the information about the road structure, whether an alarm for a sharp bend is needed comprises: calculating a safe radius of curvature based on the information about the road structure; and determining, based on the safe radius of curvature, whether the alarm for a sharp bend is needed, and calculating a safe radius of curvature based on the information about the road structure; and determining, based on the safe radius of curvature, whether the alarm for a sharp bend is needed, and wherein the calculating a safe radius of curvature based on the information about the road structure comprises: calculating a minimum value of a safe sight distance on a road based on a value of a speed limit on the road or an actual vehicle speed of a current vehicle; and calculating the safe radius of curvature based on the information about the road structure and the minimum value of the safe sight distance on the road. calculating a minimum value of a safe sight distance on a road based on a value of a speed limit on the road or an actual vehicle speed of a current vehicle; and calculating the safe radius of curvature based on the information about the road structure and the minimum value of the safe sight distance on the road.
A method for forming a filter housing, comprising the steps of: providing a tubular workpiece with a predetermined thickness (T o), length (L o), and diameter; positioning the tubular workpiece on a cylindrical mandrel sized to substantially conform with the internal diameter (di) of the tubular workpiece which will become the desired internal diameter of the finished filter housing, the cylindrical mandrel having an annular indentation; heating the tubular workpiece to a temperature between approximately 650°C and 980°C (1200 and 1800 degrees Fahrenheit); rotating the heated tubular workpiece; forming an annular groove with a desired depth, width, and shape in an upper region of the tubular workpiece with a metal working tool at the annular indentation in the cylindrical mandrel; and shaping an elliptical bottom with a bottom opening for a drain at one end of the tubular workpiece to form a seamless filter housing. providing a tubular workpiece with a predetermined thickness (T o), length (L o), and diameter; positioning the tubular workpiece on a cylindrical mandrel sized to substantially conform with the internal diameter (di) of the tubular workpiece which will become the desired internal diameter of the finished filter housing, the cylindrical mandrel having an annular indentation; heating the tubular workpiece to a temperature between approximately 650°C and 980°C (1200 and 1800 degrees Fahrenheit); rotating the heated tubular workpiece; forming an annular groove with a desired depth, width, and shape in an upper region of the tubular workpiece with a metal working tool at the annular indentation in the cylindrical mandrel; and shaping an elliptical bottom with a bottom opening for a drain at one end of the tubular workpiece to form a seamless filter housing.
A wireless communication system, comprising: a first node, a second node, and a third node, wherein the first node is configured to establish a wireless communication link with the second node to perform wireless communication, and is further configured to forward to the third node connection information of the wireless communication between the first node and the second node; and the third node is configured to receive, by listening on the wireless communication link based on the connection information, transmission data sent by the second node to the first node; wherein the wireless communication is Bluetooth communication; wherein the transmission data is a data packet comprising three parts: an access code, a packet header, and data; wherein the third node is configured to sequentially verify the access code, the packet header, and the data such that, when the third node detects that any of the three parts has an error, then the third node switches from a receiving mode to a sending mode and sends an interference signal to the first node, said interference signal being configured to cause an error in the reception by the first node of the transmission data sent by the second node; and wherein the access code, the packet header, and the data are sequentially verified by a channel access code, header error check HEC, and payload check using CRC, respectively. wherein the wireless communication is Bluetooth communication; wherein the transmission data is a data packet comprising three parts: an access code, a packet header, and data; wherein the third node is configured to sequentially verify the access code, the packet header, and the data such that, when the third node detects that any of the three parts has an error, then the third node switches from a receiving mode to a sending mode and sends an interference signal to the first node, said interference signal being configured to cause an error in the reception by the first node of the transmission data sent by the second node; and wherein the access code, the packet header, and the data are sequentially verified by a channel access code, header error check HEC, and payload check using CRC, respectively.
A system for performing irrigation of a body cavity comprising: a. a reservoir configured to contain an irrigation liquid; b. a catheter configured to be at least partially inserted into the body cavity having a flushing passage, a drain passage and a retention balloon; c. a waste drain valve positioned in the catheter and in fluid communication with the drain passage of the catheter and movable between a closed configuration, where waste is retained within the drain passage, and an open configuration where waste flows through the drain passage; d. a controller in fluid communication with the reservoir and the catheter, said controller having a waste drain valve control switch (284a, 284b) configured to open the waste drain valve, a pump and a valve assembly (116a, 116b, 116c), the valve assembly (116a, 116b, 116c) changeable between configurations where, when the pump is actuated: i) irrigation liquid is pumped from the reservoir to the retention balloon; ii) irrigation liquid is pumped from the reservoir to the flushing passage of the catheter; iii) irrigation liquid is pumped from the retention balloon to the reservoir; and e. a sheath connected between the controller and the waste drain valve and further comprising a waste drain valve control line having a first end connected to the waste drain control switch (284a, 284b) and a second end connected to the waste drain valve. a. a reservoir configured to contain an irrigation liquid; b. a catheter configured to be at least partially inserted into the body cavity having a flushing passage, a drain passage and a retention balloon; c. a waste drain valve positioned in the catheter and in fluid communication with the drain passage of the catheter and movable between a closed configuration, where waste is retained within the drain passage, and an open configuration where waste flows through the drain passage; d. a controller in fluid communication with the reservoir and the catheter, said controller having a waste drain valve control switch (284a, 284b) configured to open the waste drain valve, a pump and a valve assembly (116a, 116b, 116c), the valve assembly (116a, 116b, 116c) changeable between configurations where, when the pump is actuated: i) irrigation liquid is pumped from the reservoir to the retention balloon; ii) irrigation liquid is pumped from the reservoir to the flushing passage of the catheter; iii) irrigation liquid is pumped from the retention balloon to the reservoir; and i) irrigation liquid is pumped from the reservoir to the retention balloon; ii) irrigation liquid is pumped from the reservoir to the flushing passage of the catheter; iii) irrigation liquid is pumped from the retention balloon to the reservoir; and e. a sheath connected between the controller and the waste drain valve and further comprising a waste drain valve control line having a first end connected to the waste drain control switch (284a, 284b) and a second end connected to the waste drain valve.
An oligonucleotide which targets a Dystrophin family natural antisense transcript for use as a therapeutic compound, wherein the oligonucleotide modulates the expression of the Dystrophin family gene and wherein the natural antisense transcript has the nucleic acid sequence as set forth in one of SEQ ID NOs: 3-7.
Aircraft gas turbine having a fan rotatable about an engine axis in the inflow region of the aircraft gas turbine, with the fan having several fan blades, with each fan blade being moveably mounted on a hub rotatable about the engine axis by means of its blade root on an area which is at the front in the flow direction, and with each fan blade being moveably mounted on an area at the rear in the flow direction, on an adjusting disk axially displaceable relative to the engine axis and non-rotatably mounted on the hub, with the pitch angle of the fan blades being variable by the axial movement of the adjusting disk, with the blade root having in the flow direction a first front bearing element arranged in a first guideway and a second rear bearing element arranged in a second guideway, characterized in that the bearing elements (35, 36) are designed substantially in the form of undercut spherical heads that can be displaced and/ or moved in the guideways (33, 34) designed in the form of undercut grooves.
A sheet cassette that accommodates a recording sheet and is connectable to a printer, the sheet cassette comprises: a first roller that contacts a feed roller of the printer; a second roller that contacts a recording sheet; a first gear and a second gear that are attached to a first shaft of the first roller; a third gear and a fourth gear that are attached to a second shaft; and a fifth gear that is attached to a third shaft of the second roller, wherein the first gear is configured to engage with a feed gear of the printer when the sheet cassette is connected with the printer, and the feed gear is driven by a motor provided in the printer, the third gear engages with the first gear, the fourth gear, which is a one-way gear, rotates with the third gear, and engages with the fifth gear, and the second roller is rotated by rotation of the fifth gear. a first roller that contacts a feed roller of the printer; a second roller that contacts a recording sheet; a first gear and a second gear that are attached to a first shaft of the first roller; a third gear and a fourth gear that are attached to a second shaft; and a fifth gear that is attached to a third shaft of the second roller, wherein the first gear is configured to engage with a feed gear of the printer when the sheet cassette is connected with the printer, and the feed gear is driven by a motor provided in the printer, the third gear engages with the first gear, the fourth gear, which is a one-way gear, rotates with the third gear, and engages with the fifth gear, and the second roller is rotated by rotation of the fifth gear.
A method for service identifying and routing in a multimedia broadcast and multicast service, MBMS, system, comprising the steps of: a radio access network, RAN, device obtaining a list of MBMS services that a user equipment, UE, joins and identity information corresponding to a MBMS service adopting Point to Point, PTP, bearer mode that the UE joins, through interaction of interface information with a core network, CN, wherein the identity information comprises one of a network service access point identifier, NSAPI, a radio access bearer identity, RAB ID, and a transaction identity, TI; wherein, the procedure of the RAN device obtaining the list of MBMS services the UE joins and the procedure of the RAN device obtaining the identity information corresponding to the MBMS service are carried out simultaneously, the RAN device identifying the MBMS service adopting PTP bearer mode according to the identity information, and determining a route of the MBMS service in a non access stratum. a radio access network, RAN, device obtaining a list of MBMS services that a user equipment, UE, joins and identity information corresponding to a MBMS service adopting Point to Point, PTP, bearer mode that the UE joins, through interaction of interface information with a core network, CN, wherein the identity information comprises one of a network service access point identifier, NSAPI, a radio access bearer identity, RAB ID, and a transaction identity, TI; wherein, the procedure of the RAN device obtaining the list of MBMS services the UE joins and the procedure of the RAN device obtaining the identity information corresponding to the MBMS service are carried out simultaneously, the RAN device identifying the MBMS service adopting PTP bearer mode according to the identity information, and determining a route of the MBMS service in a non access stratum.