mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting demodulation reference signals, DMRSs, and control information to a user equipment, UE, by a base station, the method comprising the steps of: transmitting first DMRSs in first physical resource blocks, PRBs for a common search space, the first PRBs are indicated based on information on a broadcast channel; transmitting second DMRSs in second PRBs for a UE-specific search space, the second PRBS are indicated based on a higher layer signaling; transmitting a first downlink control information, DCI, format on a first control channel in the first PRBs; and transmitting a second DCI format on a second control channel in the second PRBs, wherein the first PRBs and the second PRBs are not overlapping, and wherein the first DCI format includes first cyclic redundancy check, CRC, bits scrambled with a first radio network temporary identifier, RNTI, and wherein the second DCI format includes second CRC bits scrambled with a second RNTI, and wherein the first RNTI is one of a paging RNTI, a random access RNTI, a system information RNTI, a cell RNTI, and a semi-persistent scheduling, SPS, RNTI, and wherein the second RNTI is a cell RNTI or a SPS RNTI, and wherein the first DMRS is scrambled by a sequence determined based on a physical identity of the base station, and wherein the second DMRS is scrambled by a sequence determined based on the higher layer signaling. transmitting first DMRSs in first physical resource blocks, PRBs for a common search space, the first PRBs are indicated based on information on a broadcast channel; transmitting second DMRSs in second PRBs for a UE-specific search space, the second PRBS are indicated based on a higher layer signaling; transmitting a first downlink control information, DCI, format on a first control channel in the first PRBs; and transmitting a second DCI format on a second control channel in the second PRBs, wherein the first PRBs and the second PRBs are not overlapping, and wherein the first DCI format includes first cyclic redundancy check, CRC, bits scrambled with a first radio network temporary identifier, RNTI, and wherein the second DCI format includes second CRC bits scrambled with a second RNTI, and wherein the first RNTI is one of a paging RNTI, a random access RNTI, a system information RNTI, a cell RNTI, and a semi-persistent scheduling, SPS, RNTI, and wherein the second RNTI is a cell RNTI or a SPS RNTI, and wherein the first DMRS is scrambled by a sequence determined based on a physical identity of the base station, and wherein the second DMRS is scrambled by a sequence determined based on the higher layer signaling.
A power generation system (10; 100) comprising: a fluid comprising a plurality of components that evaporate at different temperatures; a condenser (12; 112) with an inlet and an outlet; a pump (14; 114) with an outlet and with an inlet connected to the outlet of the condenser (12; 112); an evaporator (16; 116; 216) comprising: an inlet (30; 130; 230) connected to the outlet of the pump (14; 114); an outlet (31, 32; 131, 132; 231, 232); a plurality of evaporating tubes (38; 138; 238); and a fluid distribution system (33; 133) for spraying the fluid over the plurality of evaporating tubes (38; 138; 238); a turbine (18; 118) with an inlet connected to the outlet of the evaporator (16; 116; 216), an outlet connected to the inlet of the condenser (12; 112), and a drive shaft; and a generator (20; 120) connected to the drive shaft of the turbine (18; 118), characterized in that the evaporator (16; 116; 216) further comprises a plurality of pool boiling tubes (42; 142; 242). a fluid comprising a plurality of components that evaporate at different temperatures; a condenser (12; 112) with an inlet and an outlet; a pump (14; 114) with an outlet and with an inlet connected to the outlet of the condenser (12; 112); an evaporator (16; 116; 216) comprising: an inlet (30; 130; 230) connected to the outlet of the pump (14; 114); an outlet (31, 32; 131, 132; 231, 232); a plurality of evaporating tubes (38; 138; 238); and a fluid distribution system (33; 133) for spraying the fluid over the plurality of evaporating tubes (38; 138; 238); an inlet (30; 130; 230) connected to the outlet of the pump (14; 114); an outlet (31, 32; 131, 132; 231, 232); a plurality of evaporating tubes (38; 138; 238); and a fluid distribution system (33; 133) for spraying the fluid over the plurality of evaporating tubes (38; 138; 238); a turbine (18; 118) with an inlet connected to the outlet of the evaporator (16; 116; 216), an outlet connected to the inlet of the condenser (12; 112), and a drive shaft; and a generator (20; 120) connected to the drive shaft of the turbine (18; 118), characterized in that the evaporator (16; 116; 216) further comprises a plurality of pool boiling tubes (42; 142; 242).
A slot closure for an electrical machine comprising a stator having at least one stator slot, wherein at least one electrical stator winding is received in the stator slot, and wherein the slot closure closes the at least one stator slot at least in sections, the slot closure comprising: at least one cooling channel through which a fluid can flow for cooling the stator winding, characterised in that the slot closure further comprises: a turbulator arranged in the cooling channel and configured to swirl the fluid flowing through the cooling channel by means of a plurality of swirl elements and/or a spirally arranged continuous swirl element. at least one cooling channel through which a fluid can flow for cooling the stator winding, characterised in that the slot closure further comprises: a turbulator arranged in the cooling channel and configured to swirl the fluid flowing through the cooling channel by means of a plurality of swirl elements and/or a spirally arranged continuous swirl element.
A system arrangement for use in an automobile for low latency and fail-safe command propagation allowing a targeted actuation of each of a plurality of client devices in real-time, comprising: - an initiator device arranged to generate and initiate commands; - a series of branch devices communicatively coupled to the initiator device via an Initiator Side Port, the series of branch devices being communicatively connected using a transmission medium; - the plurality of client devices being segmented into a plurality of serial branches each of at least two client devices along a branch type data line each branch being connected to respectively one branch device, characterized in that each branch device directly provides commands generated and initiated by the initiator device to respectively a first client device using a Client Side Port of respectively one branch being connected with the branch device according to a configured mode (M0, M1, M2,..., M6), wherein the command is further propagated to the at least one further client device via the Client Side Port of the respective branch device, the mode being configured as a function of the generated command and by a number of received link attention events, wherein the command provides an expiry condition of a mode after which the mode returns to its previous mode. - an initiator device arranged to generate and initiate commands; - a series of branch devices communicatively coupled to the initiator device via an Initiator Side Port, the series of branch devices being communicatively connected using a transmission medium; - the plurality of client devices being segmented into a plurality of serial branches each of at least two client devices along a branch type data line each branch being connected to respectively one branch device, characterized in that each branch device directly provides commands generated and initiated by the initiator device to respectively a first client device using a Client Side Port of respectively one branch being connected with the branch device according to a configured mode (M0, M1, M2,..., M6), wherein the command is further propagated to the at least one further client device via the Client Side Port of the respective branch device, the mode being configured as a function of the generated command and by a number of received link attention events, wherein the command provides an expiry condition of a mode after which the mode returns to its previous mode.
Method for underwater installing a wet mateable connection assembly, the method comprising the steps of - providing a submerged case having a seat on a second coupling end of the submerged case; - connecting one end of a guiding rope to the seat, other end being kept over the sea level; - providing a submersible case comprising a first coupling end having a guide handle associable with the seat; - appending the submersible case to the guiding rope by the guide handle; - causing the submersible case to move along the rope until the guide handle engages with the seat; - pivoting the submersible case around the seat up to contact the submerged case by releasing the tension on the rope. - providing a submerged case having a seat on a second coupling end of the submerged case; - connecting one end of a guiding rope to the seat, other end being kept over the sea level; - providing a submersible case comprising a first coupling end having a guide handle associable with the seat; - appending the submersible case to the guiding rope by the guide handle; - causing the submersible case to move along the rope until the guide handle engages with the seat; - pivoting the submersible case around the seat up to contact the submerged case by releasing the tension on the rope.
Damper piston equipping a vehicle suspension device, said piston being designed to be fixed to a damper rod and be mounted slidably in the cylindrical bore of a damper body in order to divide said bore into a first chamber and a second chamber working in alternation in compression and expansion, said chambers receiving a working fluid, and said piston comprising a first large face designed to be facing the first chamber and a second large face opposite to the previous one, designed to be facing the second chamber, said piston comprising a through duct, extending from one face to the other, in which a valve device is mounted, comprising a valve mounted in a sliding fit in the through duct between an open position and a closed position, the open position of the valve allowing transfer of the working fluid through the duct from the first face to the second face and the closed position of the valve preventing transfer of the working fluid in the duct from the first face to the second face, the open position of the valve, considering the direction of flow of the working fluid through the duct from the first large face to the second large face, being an upstream position with respect to the closed position, said valve being urged towards its open position by a resilient member and said valve being urged towards its closed position by the effect of the pressure that the working fluid exerts thereon when the latter flows or has a tendency to flow in the duct from the first large face to the second large face, said valve, considering the direction of flow of the working fluid in the duct from the first large face to the second large face, being mounted in the upstream zone of said duct, said upstream zone emerging in the first large face while the downstream zone emerging in the second large face, characterised in that the upstream zone of the through duct is formed by a barrel, mounted fixed in a piercing in the piston, said barrel being provided with a through axial bore partly forming the duct, the valve being engaged in a sliding fit in the through bore of said barrel.
An apparatus to test a property of a fluid, the apparatus comprising: a suspended member to be submerged in a fluid; and a control device coupled to the suspended member and configured to pull the suspended member through at least a portion of the fluid to test a property of the fluid; and a container having a wall forming a cavity, wherein the wall retains the fluid within the cavity; the apparatus being characterised by: a catch protruding from the wall of the container, wherein the catch is adjacent to the cavity; and a crosspiece adapted to seat against the catch and coupled to the suspended member so that the suspended member is disposed within the cavity when the crosspiece is seated against the catch. a suspended member to be submerged in a fluid; and a control device coupled to the suspended member and configured to pull the suspended member through at least a portion of the fluid to test a property of the fluid; and a container having a wall forming a cavity, wherein the wall retains the fluid within the cavity; a catch protruding from the wall of the container, wherein the catch is adjacent to the cavity; and a crosspiece adapted to seat against the catch and coupled to the suspended member so that the suspended member is disposed within the cavity when the crosspiece is seated against the catch.
An ultrasound imaging system, comprising: an ultrasound probe configured to acquire a sequence of ultrasound data of an imaging region of a subject when a contrast agent is perfused in the imaging region; a time-intensity curve calculator configured to calculate a time-intensity curve of the contrast agent for each region unit of a plurality of region units of the imaging region, based on the acquired sequence of ultrasound data, each region unit comprising one or more points of the imaging region; a reference selector (40, 220) configured to select, among the plurality of region units, a first, second and third set of region units respectively corresponding to normal tissue, vessel and background noise, based on the time-intensity curves; a perfusion parameter calculator (40, 230) configured to calculate a perfusion parameter for each of one or more region units of the first set of region units and a perfusion parameter for a region of interest in the imaging region, based on the calculated time-intensity curves; a reference perfusion parameter calculator (40, 240) configured to calculate a reference perfusion parameter, based on the perfusion parameters of the one or more region units; and a ratio calculator (40, 250) configured to calculate a ratio value for the region of interest as a ratio of the perfusion parameter of the region of interest and the reference perfusion parameter. an ultrasound probe configured to acquire a sequence of ultrasound data of an imaging region of a subject when a contrast agent is perfused in the imaging region; a time-intensity curve calculator configured to calculate a time-intensity curve of the contrast agent for each region unit of a plurality of region units of the imaging region, based on the acquired sequence of ultrasound data, each region unit comprising one or more points of the imaging region; a reference selector (40, 220) configured to select, among the plurality of region units, a first, second and third set of region units respectively corresponding to normal tissue, vessel and background noise, based on the time-intensity curves; a perfusion parameter calculator (40, 230) configured to calculate a perfusion parameter for each of one or more region units of the first set of region units and a perfusion parameter for a region of interest in the imaging region, based on the calculated time-intensity curves; a reference perfusion parameter calculator (40, 240) configured to calculate a reference perfusion parameter, based on the perfusion parameters of the one or more region units; and a ratio calculator (40, 250) configured to calculate a ratio value for the region of interest as a ratio of the perfusion parameter of the region of interest and the reference perfusion parameter.
A terminal pairing method, wherein the method comprises: acquiring, when a terminal detects a preset pairing trigger event, a pairing hidden value that is of the terminal and that is associated with the pairing trigger event; and implementing, by the terminal, pairing with a peer end by using the pairing hidden value of the terminal; wherein the acquiring, when a terminal detects a preset pairing trigger event, a pairing hidden value that is of the terminal and that is associated with the pairing trigger event comprises: acquiring, by the terminal when the terminal detects the preset pairing trigger event, a time length of the terminal that is relative to occurrence time of the event and that is obtained based on a common reference time point with the peer end; or, acquiring, by the terminal when the terminal detects the preset pairing trigger event, a motion direction value of the terminal and a time length of the terminal that is relative to occurrence time of the event and that is obtained based on a common reference time point with the peer end. acquiring, when a terminal detects a preset pairing trigger event, a pairing hidden value that is of the terminal and that is associated with the pairing trigger event; and implementing, by the terminal, pairing with a peer end by using the pairing hidden value of the terminal; wherein the acquiring, when a terminal detects a preset pairing trigger event, a pairing hidden value that is of the terminal and that is associated with the pairing trigger event comprises: acquiring, by the terminal when the terminal detects the preset pairing trigger event, a time length of the terminal that is relative to occurrence time of the event and that is obtained based on a common reference time point with the peer end; or, acquiring, by the terminal when the terminal detects the preset pairing trigger event, a motion direction value of the terminal and a time length of the terminal that is relative to occurrence time of the event and that is obtained based on a common reference time point with the peer end. acquiring, by the terminal when the terminal detects the preset pairing trigger event, a time length of the terminal that is relative to occurrence time of the event and that is obtained based on a common reference time point with the peer end; or, acquiring, by the terminal when the terminal detects the preset pairing trigger event, a motion direction value of the terminal and a time length of the terminal that is relative to occurrence time of the event and that is obtained based on a common reference time point with the peer end.
Drawer having a rear panel, a front panel, and two side frames connecting the front panel and the rear panel, and a bottom, wherein at least one adapter is provided on or in at least one side frame, which adapter has at least one connecting element for fixing the rear panel, whereby the at least one connecting element has at least two bearing surfaces (25, 29, 29') against which the rear panel can be supported and the connecting element is rotatably mounted in or on the adapter, whereby the connecting element is mounted rotatably about an axis and at least two bearing surfaces (25, 29) are arranged at a different distance from the axis, characterized in that the axis is aligned parallel to the bottom and parallel to a longitudinal direction of the rear panel (3, 3').
A monochromator comprising: a first Wien filter; a second Wien filter placed behind the first Wien filter; a third Wien filter placed behind the second Wien filter; a fourth Wien filter placed behind the third Wien filter; and at least one energy-selecting slit placed in at least one of a space between the first and second Wien filters and a space between the third and fourth Wien filters; wherein the first and second Wien filters are arranged symmetrically with respect to a first plane of symmetry; wherein the third and fourth Wien filters are arranged symmetrically with respect to a second plane of symmetry; wherein a pair of said first and second Wien filters and a pair of said third and fourth Wien filters are arranged symmetrically with respect to a third plane of symmetry; and wherein the first, second, third, and fourth Wien filters produce their respective electromagnetic fields which are identical in sense and strength. a first Wien filter; a second Wien filter placed behind the first Wien filter; a third Wien filter placed behind the second Wien filter; a fourth Wien filter placed behind the third Wien filter; and at least one energy-selecting slit placed in at least one of a space between the first and second Wien filters and a space between the third and fourth Wien filters; wherein the first and second Wien filters are arranged symmetrically with respect to a first plane of symmetry; wherein the third and fourth Wien filters are arranged symmetrically with respect to a second plane of symmetry; wherein a pair of said first and second Wien filters and a pair of said third and fourth Wien filters are arranged symmetrically with respect to a third plane of symmetry; and wherein the first, second, third, and fourth Wien filters produce their respective electromagnetic fields which are identical in sense and strength.
An ion exchange membrane obtained by using an ionic monomer having at least two or more polymerizable functional groups, wherein a hydrophobicity index H obtained by an expression below from a monomer for forming an ion exchange resin in the ion exchange membrane and a material fixed to the resin is 1.6 or greater, and wherein the ionic monomer includes a sulfonic acid group or a salt thereof. Hydrophobicity index H = Σ log P of each component × molar ratio of each material in resin, wherein log P represents the octanol-water distribution coefficient which is calculated based on Crippen's fragmentation as defined in the description and in case of a salt, log P is calculated by conversion to a nonionic structure which is not the salt, as defined in the description.
A shaping sheet comprising a substrate, at least an ink layer partially formed on the substrate and a surface shaped layer which is present on and in contact with the ink layer so as to cover the whole surface including both a region where the ink layer is formed and a region where no ink layer is formed, wherein the surface shaped layer is formed by crosslinking and curing an ionizing radiation-curable resin composition, and has a convex shape on a surface thereof which is located in a portion just above the ink layer and in the vicinity of the portion, characterized in that the ink contains a non-crosslinked urethane resin.