mhurhangee/ep-ind-claims huggingface dataset:
An outboard motor comprising: a clamp bracket attached to a hull; a tilt shaft that extends rightwardly and leftwardly and is connected to the clamp bracket; a swivel bracket connected to the tilt shaft and that is turnable around the tilt shaft with respect to the clamp bracket; a steering shaft supported by the swivel bracket and that extends upwardly and downwardly; an outboard motor body including a propeller and that is turnable around the steering shaft; a steering arm that extends farther forward than the steering shaft and that is turnable around the steering shaft together with the outboard motor body; an electric steering actuator located at a more forward position than the steering shaft and including a movable body that is connected to the steering arm, the electric actuator being fixed to the swivel bracket and that moves the movable body rightwardly and leftwardly; characterised in that a flexible harness includes a first drawn portion that electrically connects the outboard motor body and the electric steering actuator together, the first drawn portion being connected to the movable body and extending around and toward the outboard motor body in a right-left direction, and crossing a centerline of the swivel bracket in the right-left direction at least in a state in which the movable body is in a neutral position in the right-left direction. a clamp bracket attached to a hull; a tilt shaft that extends rightwardly and leftwardly and is connected to the clamp bracket; a swivel bracket connected to the tilt shaft and that is turnable around the tilt shaft with respect to the clamp bracket; a steering shaft supported by the swivel bracket and that extends upwardly and downwardly; an outboard motor body including a propeller and that is turnable around the steering shaft; a steering arm that extends farther forward than the steering shaft and that is turnable around the steering shaft together with the outboard motor body; an electric steering actuator located at a more forward position than the steering shaft and including a movable body that is connected to the steering arm, the electric actuator being fixed to the swivel bracket and that moves the movable body rightwardly and leftwardly; characterised in that a flexible harness includes a first drawn portion that electrically connects the outboard motor body and the electric steering actuator together, the first drawn portion being connected to the movable body and extending around and toward the outboard motor body in a right-left direction, and crossing a centerline of the swivel bracket in the right-left direction at least in a state in which the movable body is in a neutral position in the right-left direction.
A discontinuous reception communication synchronization method, comprising: broadcasting, by a base station, to a terminal whether the base station supports a capability of extended discontinuous reception, DRX; receiving, by a network element of a core network, a non-access stratum, NAS, request message from the terminal if the base station supports the capability of the extended DRX, wherein the NAS request message comprises an extended DRX value; receiving, by the base station from the network element of the core network, a paging message, wherein the paging message comprises the extended DRX value; calculating, by the base station, a paging time according to the extended DRX value; and paging, by the base station, the terminal at the paging time. broadcasting, by a base station, to a terminal whether the base station supports a capability of extended discontinuous reception, DRX; receiving, by a network element of a core network, a non-access stratum, NAS, request message from the terminal if the base station supports the capability of the extended DRX, wherein the NAS request message comprises an extended DRX value; receiving, by the base station from the network element of the core network, a paging message, wherein the paging message comprises the extended DRX value; calculating, by the base station, a paging time according to the extended DRX value; and paging, by the base station, the terminal at the paging time.
A computer implemented method for commissioning a plurality of devices within a wireless net-work, the method comprising: identifying in a plan stored in a memory and indicative of the plurality of devices a first device (3a-3c, 4, 5a-5b, 6a-6c, 7a-7d, 8a-8f, 9a-9f, 10, 11b, 11b) having unique characteristics compared to the other devices in the plan; receiving identification messages from the pluralïty of devices within the wireless network, the identification messages each comprising a unique identifier and characteristics of the respective device of the plurality of devices within the network; identifying the device from the plurality of devices having the unique characteristics and assigning the corresponding unique identifier to the first device in the plan; identifying two or more second devices with identical characteristics to the first device in the plan and determining a respective relative distance of each second device in the plan to the first device in the plan; wherein the identification messages further comprise distance information indicating the relative distance to respective ones of at least a part of the plurality of devices; and the method further comprises determining a relative distance for each of the associated each second device with a corresponding device indicated in the plan based on a comparison from the plan of the determined relative distance and the distance information provided in the respective identification message. identifying in a plan stored in a memory and indicative of the plurality of devices a first device (3a-3c, 4, 5a-5b, 6a-6c, 7a-7d, 8a-8f, 9a-9f, 10, 11b, 11b) having unique characteristics compared to the other devices in the plan; receiving identification messages from the pluralïty of devices within the wireless network, the identification messages each comprising a unique identifier and characteristics of the respective device of the plurality of devices within the network; identifying the device from the plurality of devices having the unique characteristics and assigning the corresponding unique identifier to the first device in the plan; identifying two or more second devices with identical characteristics to the first device in the plan and determining a respective relative distance of each second device in the plan to the first device in the plan; wherein the identification messages further comprise distance information indicating the relative distance to respective ones of at least a part of the plurality of devices; and the method further comprises determining a relative distance for each of the associated each second device with a corresponding device indicated in the plan based on a comparison from the plan of the determined relative distance and the distance information provided in the respective identification message.
Device for the heat treatment of wort comprising a boiling vessel containing a certain volume of wort, a forced wort recirculation circuit, the recirculation circuit comprising a vertical duct (8, 12) in the enclosure of the vessel the upper part of which emerges above the surface of the wort, the device comprising above the vertical duct (8, 12) a distributor with a circumferential opening, a wort flow being able to circulate upwards in the vertical duct (8, 12) and to be ejected into the vessel by the circumferential opening; the device being characterized in that the distributor comprises a floating part, called a float capable of sliding along a vertical axis; the float is subjected to upward pressure exerted by the wort, the device having a part which exerts a downward back pressure on the float in such a way that the dimension of the circumferential opening is self-modifiable according to the operating conditions, without manual intervention nor taking measurements.
A method for communicating hybrid automatic repeat/request, HARQ, feedback, comprising: receiving, from a user equipment, UE, HARQ feedback related to a HARQ communication over one or more links, wherein the HARQ feedback includes at least one or more interference parameters relating to at least one detected interference pattern related to the HARQ communication and further includes one or more predicted interference parameters for another instance of the HARQ communication; maintaining a rate control loop for each of one or more interference patterns corresponding to each of the one or more links, including updating at least one rate control loop for at least one of the one or more interference patterns based at least in part on the one or more interference parameters; and generating a scheduling grant for the UE for the another instance of the HARQ communication based at least in part on the rate control loop and the one or more predicted interference parameters, wherein the another instance of the HARQ communication is a retransmission of the HARQ communication. receiving, from a user equipment, UE, HARQ feedback related to a HARQ communication over one or more links, wherein the HARQ feedback includes at least one or more interference parameters relating to at least one detected interference pattern related to the HARQ communication and further includes one or more predicted interference parameters for another instance of the HARQ communication; maintaining a rate control loop for each of one or more interference patterns corresponding to each of the one or more links, including updating at least one rate control loop for at least one of the one or more interference patterns based at least in part on the one or more interference parameters; and generating a scheduling grant for the UE for the another instance of the HARQ communication based at least in part on the rate control loop and the one or more predicted interference parameters, wherein the another instance of the HARQ communication is a retransmission of the HARQ communication.
A method for creating at least one new dataset, in particular comprising infrastructure data for vehicles, this method comprising the following steps: inputting (S1, S2) at least one existing dataset from at least one source (10, 10a, 10b, 10c, 10d), this at least one existing dataset containing data that describe a section of infrastructure, converting (12, 12a, 12b, 12c, 12d) the at least one dataset into at least one new dataset with a uniform format, the at least one new dataset being suited to enabling the operation of vehicles in particular by means of support from drive-assistance systems, a data merger (S5, 14) of at least two existing datasets into at least one new dataset being carried out, and characterised in that an evaluation of the quality of the datasets is carried out, certain data being identified as reliable datasets for further merging on the basis of this quality. inputting (S1, S2) at least one existing dataset from at least one source (10, 10a, 10b, 10c, 10d), this at least one existing dataset containing data that describe a section of infrastructure, converting (12, 12a, 12b, 12c, 12d) the at least one dataset into at least one new dataset with a uniform format, the at least one new dataset being suited to enabling the operation of vehicles in particular by means of support from drive-assistance systems, a data merger (S5, 14) of at least two existing datasets into at least one new dataset being carried out, and characterised in that an evaluation of the quality of the datasets is carried out, certain data being identified as reliable datasets for further merging on the basis of this quality.
A compressor section for a gas turbine engine, comprising: a stator vane assembly; and a case; wherein the stator vane assembly comprises: a stator vane including a vane platform, wherein a first end of the stator vane is fixed to an inner diameter surface of the vane platform; an outer shroud, wherein the outer shroud comprises a slot, wherein a portion of the stator vane is located within the slot; and a spring, wherein the spring is configured to be coupled to an outer diameter surface of the vane platform, wherein the spring is configured to bias the ID surface of the vane platform toward the outer shroud, and wherein the stator vane is configured to translate in a radial direction relative to the outer shroud in response to a force between the stator vane and the spring; wherein the outer shroud is located radially inward of the case, the outer shroud is coupled to the case, the spring is configured to at least one of compress and decompress in response to the translating; and characterised in that the spring is coupled between the outer diameter surface of the vane platform and an inner diameter surface of the case. a stator vane assembly; and a case; wherein the stator vane assembly comprises: a stator vane including a vane platform, wherein a first end of the stator vane is fixed to an inner diameter surface of the vane platform; an outer shroud, wherein the outer shroud comprises a slot, wherein a portion of the stator vane is located within the slot; and a spring, wherein the spring is configured to be coupled to an outer diameter surface of the vane platform, wherein the spring is configured to bias the ID surface of the vane platform toward the outer shroud, and wherein the stator vane is configured to translate in a radial direction relative to the outer shroud in response to a force between the stator vane and the spring; a stator vane including a vane platform, wherein a first end of the stator vane is fixed to an inner diameter surface of the vane platform; an outer shroud, wherein the outer shroud comprises a slot, wherein a portion of the stator vane is located within the slot; and a spring, wherein the spring is configured to be coupled to an outer diameter surface of the vane platform, wherein the spring is configured to bias the ID surface of the vane platform toward the outer shroud, and wherein the stator vane is configured to translate in a radial direction relative to the outer shroud in response to a force between the stator vane and the spring; wherein the outer shroud is located radially inward of the case, the outer shroud is coupled to the case, the spring is configured to at least one of compress and decompress in response to the translating; and characterised in that the spring is coupled between the outer diameter surface of the vane platform and an inner diameter surface of the case.
An isolated mutant nitrite reductase protein of a bacterial pathogen of the genus Neisseria for use as a medicament, said mutant protein comprising an amino acid substitution or deletion at a carboxy terminal serine containing peptide repeat that prevents or inhibits glycosylation, or having modified glycosylation compared to a corresponding wild-type nitrite reductase protein, which modified glycosylation is a monosaccharide or disaccharide O-glycan, wherein said mutant protein is capable of eliciting an immune response in a host which is more immunologically effective than a native immune response elicited by the corresponding wild-type protein.
An adjustable swiveling passenger seat assembly (800, 900), comprising: a set of base rails configured to be coupled to a floor, wherein the set of base rails are aligned in parallel; a swivel outer plate (208, 608) configured to accept a swiveling passenger seat on top of the swivel outer plate (208, 608), the swivel outer plate (208, 608) configured to be aligned in parallel relative to the floor, characterised in that: a plurality of pitch clevises coupled on a top surface of the set of base rails, wherein the plurality of pitch clevises is configured to provide a mechanical strength and stability to support a passenger seat in absence of spars; wherein the swivel outer plate (208, 608) further comprises: a plurality of slots located on corners of the swivel outer plate (208, 608); and a plurality of spacers (300, 320, 340) disposed within the plurality of slots, wherein the swivel outer plate (208, 608) is coupled to the set of base rails with the plurality of pitch clevises through the plurality of the spacers (300, 320, 340). a set of base rails configured to be coupled to a floor, wherein the set of base rails are aligned in parallel; a swivel outer plate (208, 608) configured to accept a swiveling passenger seat on top of the swivel outer plate (208, 608), the swivel outer plate (208, 608) configured to be aligned in parallel relative to the floor, characterised in that: a plurality of pitch clevises coupled on a top surface of the set of base rails, wherein the plurality of pitch clevises is configured to provide a mechanical strength and stability to support a passenger seat in absence of spars; wherein the swivel outer plate (208, 608) further comprises: a plurality of slots located on corners of the swivel outer plate (208, 608); and a plurality of spacers (300, 320, 340) disposed within the plurality of slots, wherein the swivel outer plate (208, 608) is coupled to the set of base rails with the plurality of pitch clevises through the plurality of the spacers (300, 320, 340). a plurality of pitch clevises coupled on a top surface of the set of base rails, wherein the plurality of pitch clevises is configured to provide a mechanical strength and stability to support a passenger seat in absence of spars; wherein the swivel outer plate (208, 608) further comprises: a plurality of slots located on corners of the swivel outer plate (208, 608); and a plurality of spacers (300, 320, 340) disposed within the plurality of slots, wherein the swivel outer plate (208, 608) is coupled to the set of base rails with the plurality of pitch clevises through the plurality of the spacers (300, 320, 340). a plurality of slots located on corners of the swivel outer plate (208, 608); and a plurality of spacers (300, 320, 340) disposed within the plurality of slots, wherein the swivel outer plate (208, 608) is coupled to the set of base rails with the plurality of pitch clevises through the plurality of the spacers (300, 320, 340).
A Medium Voltage circuit breaker comprising a pole assembly having, for each phase, an interruption chamber (6, 7, 8) housing a first fixed contact and a second movable contact reciprocally couplable/uncouplable between an open and a closed position, said circuit breaker further comprises an actuator to actuate the opening and closing operation of said circuit breaker, a kinematic chain operatively connecting said actuator to said movable contact, and an insulating base frame supporting said pole assembly and said actuator, said insulating base frame comprising a base wall and a first, a second and a third lateral walls, a plurality of fixing point being present in the volume defined by said base and lateral walls (42, 43, 44) for fixing said pole assembly and said actuator to said insulating base frame, characterised in that said insulating frame comprises a plurality of cavities (46, 47, 48) passing through said base wall and a front portion, the interruption chamber of each phase being positioned at a corresponding cavity (46, 47, 48) housing the terminal part of said interruption chamber, said actuator being positioned at said front portion, said kinematic chain being housed in the volume defined by said wall and said lateral walls in a position between said front portion and said cavities.
A platemaking method of forming relief based on relief pattern data in a printing plate to be pressed on a printing medium, the platemaking method comprising the steps of: calculating relief pattern data on the basis of image data; estimating distribution of printing pressure of a printing plate pressed on a printing medium on the basis of the image data; calculating an amount of correction of the relief pattern data on the basis of the distribution of printing pressure; and correcting the relief pattern data on the basis of the amount of correction. calculating relief pattern data on the basis of image data; estimating distribution of printing pressure of a printing plate pressed on a printing medium on the basis of the image data; calculating an amount of correction of the relief pattern data on the basis of the distribution of printing pressure; and correcting the relief pattern data on the basis of the amount of correction.
A gas flow pressure conditioning apparatus for use with a pulsing insufflation machine having a set pressure, the apparatus comprising: an inlet fluid port (82, 82') configured to receive a flow of gas from the pulsing insufflation machine; an outlet fluid conduit (94, 94') configured to provide a flow of insufflation gas to a surgical site; a reservoir fluidly coupled to the inlet fluid port (82, 82') and the outlet fluid conduit (94, 94') the reservoir being an elastomeric pouch; and characterized in that the inlet fluid port (82, 82') has a first inner diameter and the outlet fluid conduit has a second inner diameter larger than the first inner diameter; and in that the elastomeric pouch has a volume between approximately 5.5 liters and 8 liters such that the reservoir is sized and configured to maintain the flow of insufflation gas at the output fluid conduit at a substantially constant insufflation pressure approximating the set pressure. an inlet fluid port (82, 82') configured to receive a flow of gas from the pulsing insufflation machine; an outlet fluid conduit (94, 94') configured to provide a flow of insufflation gas to a surgical site; a reservoir fluidly coupled to the inlet fluid port (82, 82') and the outlet fluid conduit (94, 94') the reservoir being an elastomeric pouch; and characterized in that the inlet fluid port (82, 82') has a first inner diameter and the outlet fluid conduit has a second inner diameter larger than the first inner diameter; and in that the elastomeric pouch has a volume between approximately 5.5 liters and 8 liters such that the reservoir is sized and configured to maintain the flow of insufflation gas at the output fluid conduit at a substantially constant insufflation pressure approximating the set pressure.
- A laundry washer-dryer comprising a body; a drum wherein the laundry is loaded; a tub which is configured to make vibrational motion during operation with the effect of the drum; a motor which is fixed to the tub and which is configured to drive the drum; wherein the motor and the tub form a tub-motor groups and at least one shock absorber comprising a piston which is at least partially produced from magnetic material and which is connected to the tub or the body from one end wherein the shock absorber is configured to absorb the vibrational motion of the tub -motor group and wherein the piston is configured to move coaxially, characterized by - at least one magnet which is positioned on the shock absorber parallel to the movement axis of the piston, - a magnetic sensor, for example "Hall sensor", which is configured to detect the magnetic field intensity variations occurring between the piston and the magnet depending on the movement of the piston in the shock absorber, and - a modular sensor unit having a casing which supports the magnet and the magnetic sensor and which enables the magnet and the magnetic sensor to be detachably mounted onto the outer surface of the shock absorber as a single piece. - at least one magnet which is positioned on the shock absorber parallel to the movement axis of the piston, - a magnetic sensor, for example "Hall sensor", which is configured to detect the magnetic field intensity variations occurring between the piston and the magnet depending on the movement of the piston in the shock absorber, and - a modular sensor unit having a casing which supports the magnet and the magnetic sensor and which enables the magnet and the magnetic sensor to be detachably mounted onto the outer surface of the shock absorber as a single piece.