mhurhangee/patent-ind-claim-en huggingface dataset:
A smokeless tobacco product adapted for oral consumption, comprising: a tobacco composition ; and at least one fibrous structure enclosing at least a portion of the outer surface of the tobacco composition such that the fibrous structure and the tobacco composition form a cohesive structure capable of maintaining cohesion when placed in an oral cavity, wherein the fibrous structure comprises one or more of (i) a warp knitted structure ; (ii) a plurality of reinforcing fibers attached to the tobacco composition; (iii) a braided sleeve ; and (iv) a spacer fabric characterized in that the fibrous structure comprises a spacer fabric comprising two fabric layers joined together by a plurality of intermediate fibers and defining voids between the two fabric layers , wherein the tobacco composition is positioned within the voids of the spacer fabric . a tobacco composition ; and at least one fibrous structure enclosing at least a portion of the outer surface of the tobacco composition such that the fibrous structure and the tobacco composition form a cohesive structure capable of maintaining cohesion when placed in an oral cavity, wherein the fibrous structure comprises one or more of (i) a warp knitted structure ; (ii) a plurality of reinforcing fibers attached to the tobacco composition; (iii) a braided sleeve ; and (iv) a spacer fabric characterized in that the fibrous structure comprises a spacer fabric comprising two fabric layers joined together by a plurality of intermediate fibers and defining voids between the two fabric layers , wherein the tobacco composition is positioned within the voids of the spacer fabric .
A pitch controlled wind turbine comprising a rotor of at least 60m diameter, the rotor comprising a blade with an aerodynamic profile characterised in that said profile has in the range of 0.5 R to 0.95 R a design lift coefficient c l larger than 1.1, particularly larger than 1.2 and more particularly larger than 1.4 and more particularly preferably about 1.6 and wherein the blade comprises vortex generators .
A compound of Formula (I): or a pharmaceutically acceptable salt thereof, wherein: Q is 5-methylpyridazin-3-yl, 5-chloropyridazin-3-yl, 6-methylpyridazin-3-yl, or 6-fluoropyridazin-3-yl; R is hydrogen, fluoro, or methoxy; R 1 is hydrogen, methoxy, difluoromethoxy, or trifluoromethoxy; and R 2 is methyl or ethyl. Q is 5-methylpyridazin-3-yl, 5-chloropyridazin-3-yl, 6-methylpyridazin-3-yl, or 6-fluoropyridazin-3-yl; R is hydrogen, fluoro, or methoxy; R 1 is hydrogen, methoxy, difluoromethoxy, or trifluoromethoxy; and R 2 is methyl or ethyl.
A delivery system comprising: an implant having a proximal end portion and an expansion member ; a delivery wire having (i) a detachment zone proximal to the proximal end portion, and (ii) a distal section distal to the proximal end portion; and a catheter , wherein at least a portion of the delivery wire is within the catheter , characterised in that the expansion member comprises a compression spring and is located between the proximal end portion and the distal section of the delivery wire, the expansion member being biased to move the distal section of the delivery wire distally away from the proximal end portion. an implant having a proximal end portion and an expansion member ; a delivery wire having (i) a detachment zone proximal to the proximal end portion, and (ii) a distal section distal to the proximal end portion; and a catheter , wherein at least a portion of the delivery wire is within the catheter , characterised in that the expansion member comprises a compression spring and is located between the proximal end portion and the distal section of the delivery wire, the expansion member being biased to move the distal section of the delivery wire distally away from the proximal end portion.
A method for transmitting an uplink multi-user frame with frequency diversity, the method comprising: receiving , by a communicating device, scheduling information including a frequency diversity indication indicating usage of frequency diversity in a scheduled transmission; determining , by the communicating device, a first frequency resource and a second frequency resource in accordance with the scheduling information; transmitting , by the communicating device, a first preamble and a first portion of a data payload of the frame over the first frequency resource and a second preamble and a second portion of the data payload of the frame over the second frequency resource; and determining, by the communicating device, a starting time in accordance with the scheduling information, wherein transmission of the second preamble followed by the second portion of the data payload begins at the starting time and transmission of the first preamble and the first portion of data payload over the first frequency resource ends at the starting time. receiving , by a communicating device, scheduling information including a frequency diversity indication indicating usage of frequency diversity in a scheduled transmission; determining , by the communicating device, a first frequency resource and a second frequency resource in accordance with the scheduling information; transmitting , by the communicating device, a first preamble and a first portion of a data payload of the frame over the first frequency resource and a second preamble and a second portion of the data payload of the frame over the second frequency resource; and determining, by the communicating device, a starting time in accordance with the scheduling information, wherein transmission of the second preamble followed by the second portion of the data payload begins at the starting time and transmission of the first preamble and the first portion of data payload over the first frequency resource ends at the starting time.
A method for operating a piston engine , more preferably of a motor vehicle, with a fresh air system for feeding fresh air to cylinders of the piston engine and with an exhaust system for discharging exhaust gas from the cylinders , - wherein during a gas exchange by means of a negative pressure wave on the exhaust gas side the discharging of exhaust gas from the respective cylinder and/or by means of a positive pressure wave on the fresh air side the charging of the respective cylinder with fresh air is supported, characterized in - that in the method the respective pressure wave is generated by means of a single electroacoustic converter , wherein the electroacoustic converter is connected to the fresh air system and to the exhaust system , - that the electroacoustic converter is used additionally for generating the pressure waves at least in certain rotational speed ranges and/or load ranges for generating anti-sound in order to dampen interference noises which spread in the fresh air system and in the exhaust system , - that the amplitudes of the pressure waves are set by means of a regulation, which as regulating quantities takes into account measurement signals of a microphone . - wherein during a gas exchange by means of a negative pressure wave on the exhaust gas side the discharging of exhaust gas from the respective cylinder and/or by means of a positive pressure wave on the fresh air side the charging of the respective cylinder with fresh air is supported, characterized in - that in the method the respective pressure wave is generated by means of a single electroacoustic converter , wherein the electroacoustic converter is connected to the fresh air system and to the exhaust system , - that the electroacoustic converter is used additionally for generating the pressure waves at least in certain rotational speed ranges and/or load ranges for generating anti-sound in order to dampen interference noises which spread in the fresh air system and in the exhaust system , - that the amplitudes of the pressure waves are set by means of a regulation, which as regulating quantities takes into account measurement signals of a microphone .
An unbonded flexible pipe having a length and a longitudinal axis and comprising an inner sealing sheath defining a bore, a pressure armor layer , an intermediate sealing sheath and a tensile armor , wherein the pressure armor layer comprises at least one elongate metal element arranged with pressure armor gaps and is arranged in an annulus provided between said inner sealing sheath and said intermediate sealing sheath , said tensile armor being arranged on the outer side of said intermediate sealing sheath , characterized in that said unbonded flexible pipe comprises a drainage layer arranged in said annulus, said drainage layer is arranged above the pressure armor layer , said drainage layer comprises at least one drainage path arranged along the length of the pipe, wherein the drainage path is in fluid communication with said pressure armor gaps and wherein said drainage path is in the form of a perforated tube .
A pedal system for a snow groomer, comprising: - a plurality of pedals at separate potential operator locations in a direction transverse to a direction of forward movement of the snow groomer, each of said pedals having the same function for controlling an aspect of the snow groomer; - a controller configured for enabling transmission of a signal from a pedal that is an active pedal and disabling transmission of a signal from each pedal that is not an active pedal; and - a base and a seat mounted to a seat carriage that is movable relative to the base in a direction transverse to a direction of forward movement of the snow groomer. - a plurality of pedals at separate potential operator locations in a direction transverse to a direction of forward movement of the snow groomer, each of said pedals having the same function for controlling an aspect of the snow groomer; - a controller configured for enabling transmission of a signal from a pedal that is an active pedal and disabling transmission of a signal from each pedal that is not an active pedal; and - a base and a seat mounted to a seat carriage that is movable relative to the base in a direction transverse to a direction of forward movement of the snow groomer.
A mechanism to automatically control an orientation of a rotatable mast of a sailing vessel, the mast producing a mast torque as an apparent wind acts on a sail coupled to the mast, the mechanism comprising: means for producing a counter-torque against the mast torque when the mast is rotated by the apparent wind to a first orientation, comprising a cam having a retainer (206, 216; 500) comprising a through-hole for receiving and securing an end portion of the mast therein and a cam profile comprising a dwell portion comprising a constant first radius from a centre point of the retainer between a first cam angle and a second cam angle and a nose portion that comprises a symmetric nose profile ; and a tensioner for exerting a predetermined force perpendicularly against the cam profile , wherein the cam is configured to produce a counter-torque against the mast when the tensioner is in contact with the nose profile and the counter-torque is equal in magnitude to the mast torque, causing the mast orientation to remain at a predetermined orientation with respect to the apparent wind. means for producing a counter-torque against the mast torque when the mast is rotated by the apparent wind to a first orientation, comprising a cam having a retainer (206, 216; 500) comprising a through-hole for receiving and securing an end portion of the mast therein and a cam profile comprising a dwell portion comprising a constant first radius from a centre point of the retainer between a first cam angle and a second cam angle and a nose portion that comprises a symmetric nose profile ; and a tensioner for exerting a predetermined force perpendicularly against the cam profile , wherein the cam is configured to produce a counter-torque against the mast when the tensioner is in contact with the nose profile and the counter-torque is equal in magnitude to the mast torque, causing the mast orientation to remain at a predetermined orientation with respect to the apparent wind.
A network entity configured to control a handover of a user equipment from a serving base station to a candidate target base station of a mobile communication network with network slicing capabilities, the serving base station being configured to provide at least a first slice (110a-c) of a first slice type and the candidate target base station being configured to provide at least a second slice (130a-c) of a second slice type, the user equipment being registered to the first slice (110a-c) of the serving base station , wherein the network entity comprises: a processor configured to control, in response to a handover trigger, the handover of the user equipment on the basis of a requested slice type and the second slice type; wherein the processor is configured to check whether the requested slice type is equal to the second slice type; characterized in that the requested slice type is associated with a requested service grade and the second slice type is associated with a second service grade; and wherein the processor is further configured to compare the requested service grade with the second service grade when the requested slice type is not equal to the second slice type, and when the requested service grade is smaller than the second service grade, select the candidate target base station as the target base station and the second slice type as the target slice type; and the network entity further comprises a communication interface configured to send a handover request including the requested slice type to the selected target base station ; and the processor is further configured to include a target slice identifier in the handover request to be forwarded to the selected target base station , wherein the target slice identifier is configured to identify a target slice type selected by the processor . a processor configured to control, in response to a handover trigger, the handover of the user equipment on the basis of a requested slice type and the second slice type; wherein the processor is configured to check whether the requested slice type is equal to the second slice type; characterized in that the requested slice type is associated with a requested service grade and the second slice type is associated with a second service grade; and wherein the processor is further configured to compare the requested service grade with the second service grade when the requested slice type is not equal to the second slice type, and when the requested service grade is smaller than the second service grade, select the candidate target base station as the target base station and the second slice type as the target slice type; and the network entity further comprises a communication interface configured to send a handover request including the requested slice type to the selected target base station ; and the processor is further configured to include a target slice identifier in the handover request to be forwarded to the selected target base station , wherein the target slice identifier is configured to identify a target slice type selected by the processor .
A lavatory module for an aircraft cabin having an aisle, comprising: a base lavatory module comprising a fore sidewall, an aft sidewall, and an aisle wall that form, when in use, a housing enclosing a toilet unit, wherein one of the fore sidewall and aft sidewall includes a widening region positioned, when in use, above a passenger seat headrest height; and one of at least two interchangeable modules mounted against the other of the fore sidewall and aft sidewall of the base lavatory module: wherein a footprint of the lavatory module at its base is smaller than the area at the level of the widening region , such that an extra cabin space is created proximate the other sidewall of the base lavatory module, wherein the at least two interchangeable modules are each dimensioned for installation within the extra cabin space; the lavatory module further comprising a door in the aisle wall of the base lavatory module; and characterised in that it further comprises an aisle attendant seat mounted to the aisle wall proximate the door, wherein the door including a wider upper portion and a narrower lower portion to form a profile conforming to a profile of the aisle attendant seat such that the aisle attendant seat does not block the door in the aisle wall of the base lavatory module. a base lavatory module comprising a fore sidewall, an aft sidewall, and an aisle wall that form, when in use, a housing enclosing a toilet unit, wherein one of the fore sidewall and aft sidewall includes a widening region positioned, when in use, above a passenger seat headrest height; and one of at least two interchangeable modules mounted against the other of the fore sidewall and aft sidewall of the base lavatory module: wherein a footprint of the lavatory module at its base is smaller than the area at the level of the widening region , such that an extra cabin space is created proximate the other sidewall of the base lavatory module, wherein the at least two interchangeable modules are each dimensioned for installation within the extra cabin space; the lavatory module further comprising a door in the aisle wall of the base lavatory module; and characterised in that it further comprises an aisle attendant seat mounted to the aisle wall proximate the door, wherein the door including a wider upper portion and a narrower lower portion to form a profile conforming to a profile of the aisle attendant seat such that the aisle attendant seat does not block the door in the aisle wall of the base lavatory module.
A wireless communication method, in a wireless communication system, a communication device communicates with other communication devices via a subframe, said subframe in the wireless communication system comprises a bidirectional subframe; characterised in that the bidirectional subframe comprises, in the time domain direction, a downlink control channel, a guard period, an uplink channel, a downlink channel, a guard period, and an uplink control channel in sequence; wherein the downlink control channel is configured for transmitting downlink control information, the uplink control channel is configured for transmitting uplink control information, the downlink channel is configured for transmitting at least one of downlink data or downlink control information, and the uplink channel is configured for transmitting at least one of uplink data or uplink control information. in a wireless communication system, a communication device communicates with other communication devices via a subframe, said subframe in the wireless communication system comprises a bidirectional subframe; characterised in that the bidirectional subframe comprises, in the time domain direction, a downlink control channel, a guard period, an uplink channel, a downlink channel, a guard period, and an uplink control channel in sequence; wherein the downlink control channel is configured for transmitting downlink control information, the uplink control channel is configured for transmitting uplink control information, the downlink channel is configured for transmitting at least one of downlink data or downlink control information, and the uplink channel is configured for transmitting at least one of uplink data or uplink control information.
A height channel speaker for transmitting sound waves to be reflected off an upper surface of a listening environment, comprising: an enclosure having a first side and a second side joined by an inclined surface, wherein the first side has a lower vertical height than the second side; a transducer installed on the inclined surface and positioned to radiate acoustic energy along a radiant axis that is perpendicular to a plane defined by the inclined surface; an acoustic reflector attached to the first side and configured to direct, shape, and focus the radiated acoustic energy to the upper surface of the listening environment; and a wall structure attached to the second side and extending above the enclosure substantially parallel to the acoustic reflector. an enclosure having a first side and a second side joined by an inclined surface, wherein the first side has a lower vertical height than the second side; a transducer installed on the inclined surface and positioned to radiate acoustic energy along a radiant axis that is perpendicular to a plane defined by the inclined surface; an acoustic reflector attached to the first side and configured to direct, shape, and focus the radiated acoustic energy to the upper surface of the listening environment; and a wall structure attached to the second side and extending above the enclosure substantially parallel to the acoustic reflector.
Fastening apparatus for fastening a screen to an assembly rail of a household appliance , with a base body , an eccentric body , which can be received in a receiving section of the base body , characterised in that a hinge section , which connects the eccentric body to the base body , wherein the eccentric body can be folded with the aid of the hinge section from a starting state (Z1), in which the eccentric body is arranged outside of the receiving section , into an end state (Z2), in which the eccentric body is received in the receiving section .
A universal timepiece comprising a first dial bearing geographical labels which correspond to various time zones and which define a circuit of 24 hours, and comprising a second 24-hour dial which is concentric to the first dial and arranged to be driven in rotation by the movement of the timepiece, the second dial bearing time markings arranged opposite geographical labels of the first dial in order to indicate local times, the timepiece comprising manual means comprising a manual control member which can be activated from the outside of the timepiece and moveable dial sectors which are borne by the first dial and provided in order to be controlled by the manual control member in order to be shifted angularly by 1/24 th of a revolution relative to the first dial, the moveable dial sectors bearing said geographical labels which correspond to places where summertime is implemented and to places where wintertime is implemented, characterised in that the second 24-hour dial is provided to be driven in rotation by the horological movement, and in that the manual means further comprise, on the one hand, a plurality of stars which are fixed rotatably to the first dial , each of said stars being connected kinematically to one of the moveable dial sectors , and on the other hand, a programming disc which is provided in order to be activated in rotation by the manual control member , the programming disc bearing a plurality of pins which are provided in order each to cooperate with one of the stars in order to make it turn when the programming disc is activated in rotation, in order to make it possible to change, by one hour, the local time associated with the geographical labels borne by the moveable dial sectors during a change from wintertime to summertime or from summertime to wintertime.