mhurhangee/ep-ind-claims huggingface dataset:
A method for controlling communication in Internet of Vehicles, comprising: receiving, by a Road Side Unit, RSU, first indication information, wherein the first indication information is used to indicate the RSU to start or stop sending a Vehicle-to-Everything communications, V2X, message; and starting or stopping sending the V2X message in response to the first indication information by the RSU, wherein the receiving, by the Road Side Unit, RSU, the first indication information, comprises receiving, by the RSU, the first indication information sent by a network device, wherein the network device comprises at least one of a base station, a Proximity Services, ProSe, function unit, a V2X function unit, and a network element that performs a Device-to-Device control function, and characterized by, before receiving, by the RSU, the first indication information sent by the network device, the method further comprises sending, by the RSU, RSU signal coverage information of the RSU to the network device. receiving, by a Road Side Unit, RSU, first indication information, wherein the first indication information is used to indicate the RSU to start or stop sending a Vehicle-to-Everything communications, V2X, message; and starting or stopping sending the V2X message in response to the first indication information by the RSU, wherein the receiving, by the Road Side Unit, RSU, the first indication information, comprises receiving, by the RSU, the first indication information sent by a network device, wherein the network device comprises at least one of a base station, a Proximity Services, ProSe, function unit, a V2X function unit, and a network element that performs a Device-to-Device control function, and characterized by, before receiving, by the RSU, the first indication information sent by the network device, the method further comprises sending, by the RSU, RSU signal coverage information of the RSU to the network device.
A composition comprising one or more inducers of expression of peroxisome proliferator-activated receptor-y coactivator-1α (PGC-1α) for use in preventing or treating Parkinson's disease in a subject, wherein the inducer is an entity selected from the group consisting of Farnesol, ABT-0529 and a combination thereof, or a pharmaceutically acceptable salt, solvate, phosphate derivative, or stereoisomer thereof.
A flight vehicle comprising a fuselage (12, 112, 212, 312) including a nose (24, 124, 324) and a tail (26, 126, 326) spaced apart from the nose (24, 124, 324), a gas turbine engine (14, 114A, 114B, 214A, 314) located in a space formed in the fuselage (12, 112, 212, 312) and located between the nose (24, 124, 324) and the tail (26, 126, 326), and a generator unit (16, 16A, 16B) coupled to the gas turbine engine (14, 114A, 114B, 214A, 314) to cause a portion of the generator unit (16, 16A, 168) to rotate therewith, the generator unit (16, 16A, 16B) being located in spaced-apart relation to the gas turbine engine (14, 114A, 114B, 214A, 314) between the nose (24, 124, 324) and the gas turbine engine (14, 114A, 114B, 214A, 314), wherein the flight vehicle further includes an air inlet duct (30, 31, 31A, 31 B, 32, 231A, 331) coupled to the gas turbine engine (14, 114A, 114B, 214A, 314) and formed to include an air passageway (40, 41, 41A, 42, 241A, 341) therein and an air inlet (51A, 51B, 52, 251A, 351) defining an aperture (61, 62, 261A, 361) opening into the air passageway (40, 41, 41A, 42, 241A, 341) to communicate air surrounding the flight vehicle through the aperture (61, 62, 261A, 361), through the air passageway (40, 41, 41A, 42, 241A, 341), and into the gas turbine engine (14, 114A, 114B, 214A, 314) for combustion, characterized in that a portion of the generator unit (16, 16A, 16B) extends into and lies in the air passageway (40, 41, 41A, 42, 241A, 341).
A shredder for super absorbent polymer, comprising: an inlet portion for feeding a plate-shaped super absorbent polymer; a pulverizing portion for pulverizing the super absorbent polymer fed through the inlet portion; and an outlet portion for discharging the pulverized super absorbent polymer from the pulverizing portion, the pulverizing portion comprising: a rotary drum having a plurality of rotary blades attached thereto; at least one fixed blade for pulverizing the super absorbent polymer in cooperation with the rotary blades; and a housing for holding the rotary drum and the at least one fixed blade mounted therein, characterized in that the rotary blades have a shape of polygon with at least one vertex having an acute angle of 10° to 45°, wherein each rotary blade has a concave face in the direction of lifting the at least one vertex, the concave face having edges with an acute angle, and wherein the shredder is used to pulverize the polymerized plate-shaped super absorbent polymer. an inlet portion for feeding a plate-shaped super absorbent polymer; a pulverizing portion for pulverizing the super absorbent polymer fed through the inlet portion; and an outlet portion for discharging the pulverized super absorbent polymer from the pulverizing portion, the pulverizing portion comprising: a rotary drum having a plurality of rotary blades attached thereto; at least one fixed blade for pulverizing the super absorbent polymer in cooperation with the rotary blades; and a housing for holding the rotary drum and the at least one fixed blade mounted therein, characterized in that the rotary blades have a shape of polygon with at least one vertex having an acute angle of 10° to 45°, wherein each rotary blade has a concave face in the direction of lifting the at least one vertex, the concave face having edges with an acute angle, and wherein the shredder is used to pulverize the polymerized plate-shaped super absorbent polymer. a rotary drum having a plurality of rotary blades attached thereto; at least one fixed blade for pulverizing the super absorbent polymer in cooperation with the rotary blades; and a housing for holding the rotary drum and the at least one fixed blade mounted therein, characterized in that the rotary blades have a shape of polygon with at least one vertex having an acute angle of 10° to 45°, wherein each rotary blade has a concave face in the direction of lifting the at least one vertex, the concave face having edges with an acute angle, and wherein the shredder is used to pulverize the polymerized plate-shaped super absorbent polymer.
A dielectric composition containing major components that are an A-group containing major components that are at least two selected from the group consisting of Ba, Ca, and Sr and a B-group which contains a major component that is selected from Zr and Ti and which contains at least Zr, the dielectric composition containing an amorphous substance containing the A-group and the B-group and a crystalline substance containing the A-group and the B-group, wherein the inequality 0.5 ≤ α ≤ 1.5 holds, where α is the molar ratio of the A-group to the B-group in the dielectric composition, wherein an X-ray diffraction pattern obtained from the dielectric composition using Cu Kα radiation has a peak which is observed in a 2θ range of 30° to 32° and which has a full width at half maximum of 0.15° to 0.50°.
Bag for shipping goods in the mail order business with a front side, a back side, a left side, a right side, a bottom side and a bag opening comprising an opening edge for inserting and removing the goods, wherein • back-side closure means are arranged on the back side at a back-side distance (a) to the opening edge, • first front-side closure means are arranged on the front side with a first front-side distance (a 1) to the opening edge and second front-side closure means are arranged with a second front-side distance (a 2) to the opening edge, and • the first front-side distance (a 1) is smaller than the second front-side distance (a 2) and the back-side distance (a) is smaller than the first front-side distance (a 1), so that the bag opening becomes closable by turning over an upper region of the back side to the front side and connecting the back-side closure means with the first front-side closure means to provide a larger bag volume or with the second front-side closure means to provide a smaller bag volume, characterized in that the back-side closure means have at least one back-side loop, the first front-side closure means have at least one first front-side loop and the second front-side closure means have at least one second front side loop, wherein the at least one back-side loop can be connected with the aid of tying means to the at least one first front-side loop or to the at least one second front-side loop. • back-side closure means are arranged on the back side at a back-side distance (a) to the opening edge, • first front-side closure means are arranged on the front side with a first front-side distance (a 1) to the opening edge and second front-side closure means are arranged with a second front-side distance (a 2) to the opening edge, and • the first front-side distance (a 1) is smaller than the second front-side distance (a 2) and the back-side distance (a) is smaller than the first front-side distance (a 1), so that the bag opening becomes closable by turning over an upper region of the back side to the front side and connecting the back-side closure means with the first front-side closure means to provide a larger bag volume or with the second front-side closure means to provide a smaller bag volume,
A battery module, comprising: a plurality of battery cells configured to have electrode terminals respectively formed at one end and the other end thereof and have a vent unit that is opened to discharge gas to the outside when an internal pressure increases over a predetermined level; a cell frame configured to have an accommodation space for accommodating the plurality of battery cells, the cell frame having a plurality of exposure holes opened so that the gas discharged from the battery cell moves to the outside; a screen member fixed to the cell frame to seal the exposure hole and configured to open a region thereof corresponding to the exposure hole by a gas pressure when gas is discharged from the vent unit of the battery cell; and a protection plate located in close contact with the outer surface of the screen member, the protection plate being configured to fix the screen member and have a plurality of communication holes located corresponding to the exposure holes. a plurality of battery cells configured to have electrode terminals respectively formed at one end and the other end thereof and have a vent unit that is opened to discharge gas to the outside when an internal pressure increases over a predetermined level; a cell frame configured to have an accommodation space for accommodating the plurality of battery cells, the cell frame having a plurality of exposure holes opened so that the gas discharged from the battery cell moves to the outside; a screen member fixed to the cell frame to seal the exposure hole and configured to open a region thereof corresponding to the exposure hole by a gas pressure when gas is discharged from the vent unit of the battery cell; and a protection plate located in close contact with the outer surface of the screen member, the protection plate being configured to fix the screen member and have a plurality of communication holes located corresponding to the exposure holes.
A method comprising: detecting, by a node in a computer network, a misbehaving node in the computer network, the misbehaving node being detected based on the misbehaving node acting in violation of one or more rules, the one or more rules comprising: one or more hard rules for which a single violation results in detecting the misbehaving node, and one or more soft rules for which a decision is made as to whether to detect the misbehaving node based on behavioral analysis; communicating information regarding the misbehaving node to a network management system, NMS, the communicated information comprising identification of the misbehaving node; receiving isolation instructions from the NMS regarding how to isolate the misbehaving node from the computer network, wherein, when the misbehaving node violated one or more soft rules, the NMS is configured to: decide whether to isolate the misbehaving node based on behavioral analysis and on aggregated communicated information received from multiple nodes, and weigh an importance of misbehaving node reports based on the network topology and/or firmware version on the multiple nodes and/or the manufacturer of the misbehaving node; and performing the isolation instructions. detecting, by a node in a computer network, a misbehaving node in the computer network, the misbehaving node being detected based on the misbehaving node acting in violation of one or more rules, the one or more rules comprising: one or more hard rules for which a single violation results in detecting the misbehaving node, and one or more soft rules for which a decision is made as to whether to detect the misbehaving node based on behavioral analysis; one or more hard rules for which a single violation results in detecting the misbehaving node, and one or more soft rules for which a decision is made as to whether to detect the misbehaving node based on behavioral analysis; communicating information regarding the misbehaving node to a network management system, NMS, the communicated information comprising identification of the misbehaving node; receiving isolation instructions from the NMS regarding how to isolate the misbehaving node from the computer network, wherein, when the misbehaving node violated one or more soft rules, the NMS is configured to: decide whether to isolate the misbehaving node based on behavioral analysis and on aggregated communicated information received from multiple nodes, and weigh an importance of misbehaving node reports based on the network topology and/or firmware version on the multiple nodes and/or the manufacturer of the misbehaving node; and decide whether to isolate the misbehaving node based on behavioral analysis and on aggregated communicated information received from multiple nodes, and weigh an importance of misbehaving node reports based on the network topology and/or firmware version on the multiple nodes and/or the manufacturer of the misbehaving node; and performing the isolation instructions.
A saddle riding type vehicle, comprising: a head pipe; a front cover positioned in front of the head pipe and provided with a headlight; an outer cover attached at a front surface of the front cover; and a screen positioned above the outer cover, the screen overlapping the front cover in a location above a lower end of the outer cover in a front view, a duct being formed between the front cover and the outer cover to extend in an up-down direction, characterized in that the duct comprises a first opening that is open downward and a second opening positioned above the first opening to guide a traveling wind to a rider, the front cover comprises a guide positioned below the first opening, wherein the guide has an upper end that extends to the first opening, the guide is positioned below a lower end of the outer cover and more depressed to a rear side than a part of a cover main body of the front cover positioned around the guide in a side view, wherein traveling wind blowing against the guide is guided into the first opening by the guide, passes through the duct and is let out from the second opening. a head pipe; a front cover positioned in front of the head pipe and provided with a headlight; an outer cover attached at a front surface of the front cover; and a screen positioned above the outer cover, the screen overlapping the front cover in a location above a lower end of the outer cover in a front view, a duct being formed between the front cover and the outer cover to extend in an up-down direction, characterized in that the duct comprises a first opening that is open downward and a second opening positioned above the first opening to guide a traveling wind to a rider, the front cover comprises a guide positioned below the first opening, wherein the guide has an upper end that extends to the first opening, the guide is positioned below a lower end of the outer cover and more depressed to a rear side than a part of a cover main body of the front cover positioned around the guide in a side view, wherein traveling wind blowing against the guide is guided into the first opening by the guide, passes through the duct and is let out from the second opening.
A handle arrangement for a door, comprising a handle arranged to move rotationally around a rotational axis between an open state and a closed state, and a locking means for engaging with a locking element on a door frame, an intermediate link arranged between the handle and the locking means and arranged for transforming the rotational movement of the handle to substantially linear movement of the locking means, a connection element, a handle body comprising an arced portion, wherein the handle is connected to the intermediate link by the connection element, and the intermediate link is arranged to perform a movement following an arcuate path when the handle is moved between the open state and the closed state, characterized in that the arcuate path of the intermediate link corresponds to the curvature of the arced portion of the handle body, and in that the arced portion of the handle body comprises a guide track arranged to guide the intermediate link along its arcuate path. a handle arranged to move rotationally around a rotational axis between an open state and a closed state, and a locking means for engaging with a locking element on a door frame, an intermediate link arranged between the handle and the locking means and arranged for transforming the rotational movement of the handle to substantially linear movement of the locking means, a connection element, a handle body comprising an arced portion, wherein the handle is connected to the intermediate link by the connection element, and the intermediate link is arranged to perform a movement following an arcuate path when the handle is moved between the open state and the closed state, characterized in that the arcuate path of the intermediate link corresponds to the curvature of the arced portion of the handle body, and in that the arced portion of the handle body comprises a guide track arranged to guide the intermediate link along its arcuate path.
A container filling assembly for a fluid filling operation, the assembly comprising: a mixing chamber, characterized in that the container filling assembly further comprises: a temporary storage chamber enclosed by a temporary storage chamber housing having an inward facing temporary storage chamber housing inner surface; a pressure device in fluid communication with the temporary storage chamber; a dispensing chamber; a first valve; a second valve; wherein the mixing chamber is located upstream of the temporary storage chamber and the dispensing chamber is located downstream of the temporary storage chamber; and the first valve connects the mixing chamber to the temporary storage chamber and the second valve connects the temporary storage chamber to the dispensing chamber. a mixing chamber, characterized in that the container filling assembly further comprises: a temporary storage chamber enclosed by a temporary storage chamber housing having an inward facing temporary storage chamber housing inner surface; a pressure device in fluid communication with the temporary storage chamber; a dispensing chamber; a first valve; a second valve; a temporary storage chamber enclosed by a temporary storage chamber housing having an inward facing temporary storage chamber housing inner surface; a pressure device in fluid communication with the temporary storage chamber; a dispensing chamber; a first valve; a second valve; wherein the mixing chamber is located upstream of the temporary storage chamber and the dispensing chamber is located downstream of the temporary storage chamber; and the first valve connects the mixing chamber to the temporary storage chamber and the second valve connects the temporary storage chamber to the dispensing chamber.
A method for a receiving device or a transmitting device, comprising: determining an amount of resource elements available, N RE, as N RE = ∑ i = 1 N t N RE, i, where N RE,i is an approximation of the total number of resource elements available for physical downlink shared channel, PDSCH, or physical uplink shared channel, PUSCH, in transmission i, and N t is the total number of transmissions scheduled at the same time for a given transport block; and determining a transport block size based on the amount of resource elements available. determining an amount of resource elements available, N RE, as N RE = ∑ i = 1 N t N RE, i, where N RE,i is an approximation of the total number of resource elements available for physical downlink shared channel, PDSCH, or physical uplink shared channel, PUSCH, in transmission i, and N t is the total number of transmissions scheduled at the same time for a given transport block; and determining a transport block size based on the amount of resource elements available.
A seal and bearing assembly comprising: at least one bearing; and at least one sealing member, the bearing configured to be received within a housing and disposed radially outwardly of a shaft relative to a rotation axis of the bearing, the bearing having an inner portion and an outer portion, the inner portion configured for rotating integrally with the shaft, the inner portion rotatable relative to the outer portion about the rotation axis, the sealing member having a rotating portion configured for rotation with the shaft and radially spaced from a static portion, characterised in that: the outer portion has a protrusion extending at least in an axial direction relative to the rotation axis, an outer diameter (D 1) of the outer portion is sized to provide a gap between the outer diameter (D 1) and the housing, the gap sized to receive a film of lubricant adapted in use to damp movements of the bearing relative to the housing, and the static portion is defined by the protrusion of the bearing outer portion at least one bearing; and at least one sealing member, the bearing configured to be received within a housing and disposed radially outwardly of a shaft relative to a rotation axis of the bearing, the bearing having an inner portion and an outer portion, the inner portion configured for rotating integrally with the shaft, the inner portion rotatable relative to the outer portion about the rotation axis, the sealing member having a rotating portion configured for rotation with the shaft and radially spaced from a static portion, characterised in that: the outer portion has a protrusion extending at least in an axial direction relative to the rotation axis, an outer diameter (D 1) of the outer portion is sized to provide a gap between the outer diameter (D 1) and the housing, the gap sized to receive a film of lubricant adapted in use to damp movements of the bearing relative to the housing, and the static portion is defined by the protrusion of the bearing outer portion