mhurhangee/ep-ind-claims huggingface dataset:
A method for acquiring a content view, comprising: collecting, by an immersive Communication client, content view selection information from a user; and sending, by the immersive Communication client, a content view acquisition request to an immersive Communication server, wherein the content view acquisition request is used for requesting the immersive Communication server to acquire the content view according to the content view selection information, the content view acquisition request comprises: a content view updating request carrying the content view selection information, wherein the content view updating request is used for requesting the immersive Communication server to update the content view according to the content view selection information; receiving, by other immersive Communication clients, a content view updating notification from the immersive Communication server, wherein the content view updating notification carries content view change information of the said immersive Communication client. collecting, by an immersive Communication client, content view selection information from a user; and sending, by the immersive Communication client, a content view acquisition request to an immersive Communication server, wherein the content view acquisition request is used for requesting the immersive Communication server to acquire the content view according to the content view selection information, the content view acquisition request comprises: a content view updating request carrying the content view selection information, wherein the content view updating request is used for requesting the immersive Communication server to update the content view according to the content view selection information; receiving, by other immersive Communication clients, a content view updating notification from the immersive Communication server, wherein the content view updating notification carries content view change information of the said immersive Communication client.
System for controlling a powertrain for a motor vehicle comprising two sets of driving wheels, the two sets being independently driveable, the control system being able to operate in several driving modes selectable by the occupant of the vehicle, including an AWD mode in which the four wheels are driven is selected by the occupant, the control system being capable of switching autonomously from AWD mode to an AWD ECO mode promoting consumption savings when a first predetermined event occurs, the control system being characterized in that that it is capable of autonomously leaving AWD ECO mode temporarily when a second predetermined event occurs, and in that the first event, switching the control system to AWD ECO mode, consists of: - a distance traveled since activation of AWD mode greater than a threshold value; and or - a vehicle speed greater than a threshold value; and or - an outside temperature above a threshold value; and or - a slope lower than a threshold value; and or - a lateral acceleration lower than a threshold value; and or - an altitude below a threshold value. - a distance traveled since activation of AWD mode greater than a threshold value; and or - a vehicle speed greater than a threshold value; and or - an outside temperature above a threshold value; and or - a slope lower than a threshold value; and or - a lateral acceleration lower than a threshold value; and or - an altitude below a threshold value.
An ablation system, comprising: a fluid, a supply reservoir comprising the fluid and an elongate catheter body having one or more electrodes (140, 142) exposed along a distal tip portion, wherein the catheter body includes at least one irrigation port along the distal tip portion, the irrigation port being disposed adjacent to the electrodes (140, 142) for the release of the fluid in the vicinity of the electrode surfaces, the irrigation port being in fluid communication with a lumen network extending through the elongate catheter body and connected to the supply reservoir comprising the fluid, the irrigation port being adapted for supplying the fluid when the distal tip portion is directed to the targeted tissue site, the fluid having a pH level greater than the typical pH values of human blood; and a power control system configured to deliver ablation energy to the one or more electrodes (140, 142) when the distal tip portion is directed to a targeted tissue site, wherein the power control system also is configured to deliver a negative charge to the one or more electrodes (140, 142) so as to repel fibrinogen molecules away from the electrodes (140, 142), the negative charge delivered to the one or more electrodes (140, 142) being different from and a supplement to the ablation energy. a fluid, a supply reservoir comprising the fluid and an elongate catheter body having one or more electrodes (140, 142) exposed along a distal tip portion, wherein the catheter body includes at least one irrigation port along the distal tip portion, the irrigation port being disposed adjacent to the electrodes (140, 142) for the release of the fluid in the vicinity of the electrode surfaces, the irrigation port being in fluid communication with a lumen network extending through the elongate catheter body and connected to the supply reservoir comprising the fluid, the irrigation port being adapted for supplying the fluid when the distal tip portion is directed to the targeted tissue site, the fluid having a pH level greater than the typical pH values of human blood; and a power control system configured to deliver ablation energy to the one or more electrodes (140, 142) when the distal tip portion is directed to a targeted tissue site, wherein the power control system also is configured to deliver a negative charge to the one or more electrodes (140, 142) so as to repel fibrinogen molecules away from the electrodes (140, 142), the negative charge delivered to the one or more electrodes (140, 142) being different from and a supplement to the ablation energy.
A method for wireless communication at a user equipment, UE, comprising: receiving a channel state information reference signal, CSI-RS, trigger, indicating to the UE that a base station will transmit CSI-RS after a timing delay, and an uplink grant; identifying, for a slot of a subframe of a carrier, a pending collision between a CSI-RS corresponding to the CSI-RS trigger and uplink data corresponding to the uplink grant; determining a communication configuration for the CSI-RS and the uplink data based at least in part on the pending collision, wherein the determined communication configuration for the CSI-RS includes delaying one of the colliding CSI-RS and the uplink data, or reconfiguring the slot such that both signals can be transmitted successfully; identifying a CSI report trigger; and determining a CSI reporting configuration based at least in part on the communication configuration and the CSI report trigger. receiving a channel state information reference signal, CSI-RS, trigger, indicating to the UE that a base station will transmit CSI-RS after a timing delay, and an uplink grant; identifying, for a slot of a subframe of a carrier, a pending collision between a CSI-RS corresponding to the CSI-RS trigger and uplink data corresponding to the uplink grant; determining a communication configuration for the CSI-RS and the uplink data based at least in part on the pending collision, wherein the determined communication configuration for the CSI-RS includes delaying one of the colliding CSI-RS and the uplink data, or reconfiguring the slot such that both signals can be transmitted successfully; identifying a CSI report trigger; and determining a CSI reporting configuration based at least in part on the communication configuration and the CSI report trigger.
An ink-jet printing method using an apparatus comprising a printing means for ejecting a black ink to a printing substrate to print characters or images on the printing substrate, and a drying means disposed on a downstream side of a transportation direction of the printing substrate, in which: the printing substrate is a label printing substrate; the black ink is a water-based composite black ink; the water-based composite black ink comprises a composite black pigment comprising carbon black, and a content of the carbon black in the composite black pigment is not more than 25% by mass; and characterized in that: the drying means is an infrared heater for heating the water-based composite black ink ejected onto the printing substrate to a temperature of not lower than 95°C and not higher than 125°C. the printing substrate is a label printing substrate; the black ink is a water-based composite black ink; the water-based composite black ink comprises a composite black pigment comprising carbon black, and a content of the carbon black in the composite black pigment is not more than 25% by mass; and characterized in that: the drying means is an infrared heater for heating the water-based composite black ink ejected onto the printing substrate to a temperature of not lower than 95°C and not higher than 125°C.
A sounding device comprises: a bone conduction speaker, a storage unit, and a first output control unit that controls the output of the bone conduction speaker, the storage unit storing first sound data corresponding to the sound from the bone conduction speaker, the first sound data being related to sound of talking, the first output control unit controlling the bone conduction speaker to output the sound of talking being related to the first sound data, characterized in that the sounding device further comprises a normal speaker and a second output control unit, the second output control unit controls the output of the normal speaker, the storage unit further stores second sound data corresponding to the sound from the normal speaker, the second sound data being related to sound from a pet, the sound of talking and the sound from the pet being mutually related, the second output control unit further controls the normal speaker to output the sound of the pet being related to the second sound data, wherein the sounding device comprises a contact detection unit that detects contact of the bone conduction speaker with a human body, and when the contact detection unit detects contact, the first and second output control units (313, 314) change the speaker output of at least one of the bone conduction speaker and the normal speaker to a direction that makes it easy to hear sound from the bone conduction speaker. a bone conduction speaker, a storage unit, and a first output control unit that controls the output of the bone conduction speaker, the storage unit storing first sound data corresponding to the sound from the bone conduction speaker, the first sound data being related to sound of talking, the first output control unit controlling the bone conduction speaker to output the sound of talking being related to the first sound data, characterized in that the sounding device further comprises a normal speaker and a second output control unit, the second output control unit controls the output of the normal speaker, the storage unit further stores second sound data corresponding to the sound from the normal speaker, the second sound data being related to sound from a pet, the sound of talking and the sound from the pet being mutually related, the second output control unit further controls the normal speaker to output the sound of the pet being related to the second sound data, wherein the sounding device comprises a contact detection unit that detects contact of the bone conduction speaker with a human body, and when the contact detection unit detects contact, the first and second output control units (313, 314) change the speaker output of at least one of the bone conduction speaker and the normal speaker to a direction that makes it easy to hear sound from the bone conduction speaker.
A toner comprising: a toner particle containing a binder resin, and an external additive, wherein the toner particle contains an aluminum compound, a content of aluminum derived from the aluminum compound in the toner particle, measured as indicated in the description, is from 0.080 μmol/g to 20.000 μmol/g, the external additive contains an organosilicon polymer particle having a hydroxyl group, a ratio of a number-average particle diameter of the organosilicon polymer particle to a number-average particle diameter of the toner particle, measured as indicated in the description, is from 0.0160 to 0.0650, and a content of the organosilicon polymer particle is at least 0.10 mass parts per 100.00 mass parts of the toner particle. a toner particle containing a binder resin, and an external additive, wherein the toner particle contains an aluminum compound, a content of aluminum derived from the aluminum compound in the toner particle, measured as indicated in the description, is from 0.080 μmol/g to 20.000 μmol/g, the external additive contains an organosilicon polymer particle having a hydroxyl group, a ratio of a number-average particle diameter of the organosilicon polymer particle to a number-average particle diameter of the toner particle, measured as indicated in the description, is from 0.0160 to 0.0650, and a content of the organosilicon polymer particle is at least 0.10 mass parts per 100.00 mass parts of the toner particle.
Nanothermocouple detector using thermoelectric effect, the nanothermocouple detector comprising: an amplifier; two electrodes (112, 114; 212, 214) electrically connected to the amplifier, the two electrodes (112, 114; 212, 214) having a separation of between about 5 micrometers to about 30 micrometers; a nanowire (120; 220) coupled across the two electrodes (112, 114; 212, 214); and a pinhole disposed to admit photons (140; 440), which are incident through the pinhole, onto the nanowire (120; 220), to heat the nanowire (120; 220); wherein the amplifier is configured to detect a voltage change across the two electrodes in response to heating of the nanowire (120; 220) in response to photon impingement on the nanowire (120; 220); wherein the pinhole is disposed to admit the photons to be incident onto a spot located on the nanowire (120; 220), the spot being closer to a nanowire contact (124; 224) with one of the two electrodes (114; 214) with respect to another nanowire contact (122; 222) with the other of the two electrodes (112; 212) so that the spot is adjacent to or overlaps with the nanowire contact (124; 224). an amplifier; two electrodes (112, 114; 212, 214) electrically connected to the amplifier, the two electrodes (112, 114; 212, 214) having a separation of between about 5 micrometers to about 30 micrometers; a nanowire (120; 220) coupled across the two electrodes (112, 114; 212, 214); and a pinhole disposed to admit photons (140; 440), which are incident through the pinhole, onto the nanowire (120; 220), to heat the nanowire (120; 220); wherein the amplifier is configured to detect a voltage change across the two electrodes in response to heating of the nanowire (120; 220) in response to photon impingement on the nanowire (120; 220); wherein the pinhole is disposed to admit the photons to be incident onto a spot located on the nanowire (120; 220), the spot being closer to a nanowire contact (124; 224) with one of the two electrodes (114; 214) with respect to another nanowire contact (122; 222) with the other of the two electrodes (112; 212) so that the spot is adjacent to or overlaps with the nanowire contact (124; 224).
Individual chain wheel (410, 510, 710) for a bicycle front crank arrangement for engaging in a drive chain, said individual chain wheel comprising a multiplicity of teeth (412, 414, 512, 514, 712, 714) formed on a circumference of the chain wheel (410, 510, 710) and having a first and a second group of teeth, wherein the teeth (414, 514, 714) of the second group of teeth are arranged in an alternating manner between the teeth (412, 512, 712) of the first group of teeth, wherein each tooth (412, 414, 512, 514, 712, 714) has a load flank (416, 516, 716) via which force is transmitted between an adjacent chain pulley of the drive chain and the respective tooth (412, 414, 512, 514, 712, 714), and wherein each tooth (412, 512, 712) of the first group has at least one profiling with an opening (418, 518, 718) in the vicinity of the flank, in which a portion of an inner link plate of the drive chain, which portion protrudes beyond the chain pulley, engages, wherein the load flank (416, 516, 716) and the profiling of at least one tooth (412, 512, 712) of the first group of teeth are geometrically designed and arranged with respect to each other in such a manner that, even in the event of wear-involving stressing of the load flank (416, 516, 716) as a consequence of the transmission of force via the chain pulleys during operation of the individual chain wheel (410, 510, 710), an unobstructed disengagement of the respective chain pulley adjacent to the load flank (416, 516, 716) and of the tooth (412, 512, 712) is ensured, characterized in that the load flank (416, 516, 716) has a recess (428, 528, 728).
A system for conditioning cerebrospinal fluid in a patient, said system comprising: a catheter assembly; a pump connectable between the first and second lumens to induce a flow of CSF therebetween; and a conditioning component connectable between the first and second lumens to condition the CSF flowing therebetween, characterized in that the catheter assembly has a first lumen with a distal port and a second lumen with a proximal port, said catheter being adapted to be introduced in a CSF space and said ports being spaced axially apart; wherein the catheter assembly comprises a single tubular member having the first lumen and distal port and the second lumen and proximal port fixedly disposed therein, and wherein the catheter assembly is configured to withdraw CSF through one of said ports and return CSF through the other of said ports at substantially the same rate. a catheter assembly; a pump connectable between the first and second lumens to induce a flow of CSF therebetween; and a conditioning component connectable between the first and second lumens to condition the CSF flowing therebetween, characterized in that the catheter assembly has a first lumen with a distal port and a second lumen with a proximal port, said catheter being adapted to be introduced in a CSF space and said ports being spaced axially apart; wherein the catheter assembly comprises a single tubular member having the first lumen and distal port and the second lumen and proximal port fixedly disposed therein, and
A self-supporting seamless tubular porous fiber filter, the filter comprising bicomponent fibers, wherein the bicomponent fibers are oriented generally in parallel along a long axis of the filter, wherein a void space in the filter is less than 60%, wherein the bicomponent fibers have a core/sheath structure, and the sheath has a higher melting temperature than the core, and wherein the filter comprises fibers having a generally homogeneous fiber distribution such that all fibers have the same fibre density or diameter throughout the filter. wherein a void space in the filter is less than 60%, wherein the bicomponent fibers have a core/sheath structure, and the sheath has a higher melting temperature than the core, and wherein the filter comprises fibers having a generally homogeneous fiber distribution such that all fibers have the same fibre density or diameter throughout the filter.
A unit dosage composition in the form of a film containing from 0.25 mg to 2 mg of midazolam or a pharmaceutically acceptable salt thereof, and a film-forming substance.
A system for reducing blood pressure in a patient, the system comprising: a stimulation circuit configured to deliver a stimulation pulse to at least one cardiac chamber of a heart of the patient; and at least one controller configured to execute the delivery of a plurality of stimulation patterns of stimulation pulses to the at least one cardiac chamber over a time interval, wherein the controller is configured to execute the delivery of a first stimulation pattern of the plurality of stimulation patterns for a first duration for reducing the blood pressure of the patient by a first reduction amount, wherein the controller is configured to execute the delivery of a second stimulation pattern of the plurality of stimulation patterns for a second duration for reducing the blood pressure of the patient by a second reduction amount, and wherein the second reduction amount is greater than zero, characterized in that the first reduction amount is greater than the second reduction amount, and that the second duration is shorter than the first duration. a stimulation circuit configured to deliver a stimulation pulse to at least one cardiac chamber of a heart of the patient; and at least one controller configured to execute the delivery of a plurality of stimulation patterns of stimulation pulses to the at least one cardiac chamber over a time interval, wherein the controller is configured to execute the delivery of a first stimulation pattern of the plurality of stimulation patterns for a first duration for reducing the blood pressure of the patient by a first reduction amount, wherein the controller is configured to execute the delivery of a second stimulation pattern of the plurality of stimulation patterns for a second duration for reducing the blood pressure of the patient by a second reduction amount, and wherein the second reduction amount is greater than zero,
A retainer plate (44, 46) for retaining a dovetail root of a fan blade of a gas turbine engine in a corresponding axially-extending slot in the rim of a fan disc, in use, the plate locating in a cavity formed at an end of the slot such that a first side of the plate is arranged for contact with an axial end face of the dovetail root and an opposite second side of the plate is arranged for contact with an abutment surface of the cavity to limit axial movement of the root along the slot; wherein the retainer plate is formed from fibre-reinforced composite material, at least a portion of the composite material being reinforced by 3D-woven fibre tows.
A power conversion system comprising: a plurality of power converters; a phase shifting transformer comprising 3-phase primary windings, a core, and a plurality of m secondary winding groups (113a,..., 113m), wherein each of the secondary winding groups (113a,...,113m) comprises a plurality of n secondary windings in electromagnetic communication with a corresponding primary winding and feeding the plurality of power converters, and wherein each of the plurality of n secondary windings are organized into one of two virtual secondary winding groups, and wherein a phase angle set of the secondary windings in each of the two virtual secondary winding groups is selected that shifts the secondary winding phases from each adjacent secondary winding phase by a secondary winding phase shift δ, where δ = 60°/(0.5 m x n), to form a 3 m x n pulse harmonics cancellation pattern within each virtual secondary winding group, and wherein the two virtual secondary winding groups have the same phase angle sets. a plurality of power converters; a phase shifting transformer comprising 3-phase primary windings, a core, and a plurality of m secondary winding groups (113a,..., 113m), wherein each of the secondary winding groups (113a,...,113m) comprises a plurality of n secondary windings in electromagnetic communication with a corresponding primary winding and feeding the plurality of power converters, and wherein each of the plurality of n secondary windings are organized into one of two virtual secondary winding groups, and wherein a phase angle set of the secondary windings in each of the two virtual secondary winding groups is selected that shifts the secondary winding phases from each adjacent secondary winding phase by a secondary winding phase shift δ, where δ = 60°/(0.5 m x n), to form a 3 m x n pulse harmonics cancellation pattern within each virtual secondary winding group, and wherein the two virtual secondary winding groups have the same phase angle sets.