mhurhangee/patent-ind-claim-en huggingface dataset:
A method for processing a data stream exchanged between a client and an entity (15; 16) via a telecommunications network , the data stream comprising a set of data packets, the processing method comprising the following steps: - on interception of a data packet belonging to a data stream, said data stream comprising a source and a recipient, said client being the source or the recipient of the data stream, copying said data packet or generating a reference to said data packet, and transferring the data packet to the recipient; - transmitting said copy or reference to a stream analyzer able to analyze the data stream; - receiving a result of analysis of the data stream from the stream analyzer; - processing (207; 208) the data stream on the basis of the analysis result received; said method being characterized in that it comprises furthermore a time delay step of a predetermined duration D subsequent to the copying of the data packet or to the generating of the reference, and in which the data packet is transferred to the recipient on expiry of the time delay, only: - if the stream analysis result has been received from the stream analyzer and the data stream is authorized; or - if the stream analysis result has not yet been received from the stream analyzer. - on interception of a data packet belonging to a data stream, said data stream comprising a source and a recipient, said client being the source or the recipient of the data stream, copying said data packet or generating a reference to said data packet, and transferring the data packet to the recipient; - transmitting said copy or reference to a stream analyzer able to analyze the data stream; - receiving a result of analysis of the data stream from the stream analyzer; - processing (207; 208) the data stream on the basis of the analysis result received; - if the stream analysis result has been received from the stream analyzer and the data stream is authorized; or - if the stream analysis result has not yet been received from the stream analyzer.
A hybrid VTOL fixed-wing drone comprising: a cabin ; a left main wing and a right main wing coupled to the cabin ; a left linear alignment of propellers having a first propeller , a second propeller , and a third propeller all of which are disposed on a top side of a left linear support ; a right linear alignment of propellers having a fourth propeller , a fifth propeller , and a sixth propeller all of which are disposed on a top side of a right linear support ; wherein the left linear support is parallel to the right linear support ; a left forewing disposed on a front end of the left linear support ; a right forewing disposed on a front end of the right linear support ; characterized in that : the left forewing is directly connected to the right forewing ; the left forewing and the right forewing are not directly connected to the cabin , the left main wing and the right main wing form a dihedral configuration, the left main wing and the right main wing each has a proximal portion disposed entirely within a space between the left and the right linear supports , wherein the proximal portions of the left and the right main wings form the dihedral configuration such that a location where they connect to the left respectively right linear support is higher than where it connects to the cabin. a cabin ; a left main wing and a right main wing coupled to the cabin ; a left linear alignment of propellers having a first propeller , a second propeller , and a third propeller all of which are disposed on a top side of a left linear support ; a right linear alignment of propellers having a fourth propeller , a fifth propeller , and a sixth propeller all of which are disposed on a top side of a right linear support ; wherein the left linear support is parallel to the right linear support ; a left forewing disposed on a front end of the left linear support ; a right forewing disposed on a front end of the right linear support ; characterized in that : the left forewing is directly connected to the right forewing ; the left forewing and the right forewing are not directly connected to the cabin , the left main wing and the right main wing form a dihedral configuration, the left main wing and the right main wing each has a proximal portion disposed entirely within a space between the left and the right linear supports , wherein the proximal portions of the left and the right main wings form the dihedral configuration such that a location where they connect to the left respectively right linear support is higher than where it connects to the cabin. the left forewing is directly connected to the right forewing ; the left forewing and the right forewing are not directly connected to the cabin , the left main wing and the right main wing form a dihedral configuration, the left main wing and the right main wing each has a proximal portion disposed entirely within a space between the left and the right linear supports , wherein the proximal portions of the left and the right main wings form the dihedral configuration such that a location where they connect to the left respectively right linear support is higher than where it connects to the cabin.
An apparatus comprising: means (31; 41) for obtaining or receiving video data; means for providing a current frame and/or one or more previous frames of the video data to an input of a neural network (33; 62); means for generating a predicted output at, or based on, an output of the neural network, wherein the predicted output comprises at least one of predicted future frames of the video data or predicted properties of one or more predicted future frames of the video data; means for determining one or more processing decisions based, at least in part, on the predicted output, wherein said processing decisions include determining an encoding method for at least the current frame of the video data; and means (34; 42) for processing the current frame of the video data at least partially according to the one or more processing decisions. means (31; 41) for obtaining or receiving video data; means for providing a current frame and/or one or more previous frames of the video data to an input of a neural network (33; 62); means for generating a predicted output at, or based on, an output of the neural network, wherein the predicted output comprises at least one of predicted future frames of the video data or predicted properties of one or more predicted future frames of the video data; means for determining one or more processing decisions based, at least in part, on the predicted output, wherein said processing decisions include determining an encoding method for at least the current frame of the video data; and means (34; 42) for processing the current frame of the video data at least partially according to the one or more processing decisions.
An apparatus comprising: a gas turbine engine having a fluid cooled flow path member disposed in a flow path and having a walled construction extending along a span of the flow path member and enclosing a volume , the walled construction including an inner part and an outer part , the inner part of the walled construction serving to enclose the volume of the fluid cooled flow path member , and a cooling space being formed between the inner part and the outer part of the walled construction, the inner part of the walled construction extending into the flow path beyond a portion of the outer part ; and a plurality of cooling openings in the flow path member extending from the enclosed volume and having an upstream entrance and a downstream discharge and operable to pass a fluid therethrough oriented to cool the inner part that extends beyond the portion of the outer part , wherein the downstream discharge of the cooling openings are non-circular, and wherein the plurality of cooling openings extending from the enclosed volume are provided between the inner part and the outer part and are provided around a leading edge, pressure side, suction side and trailing edge of the flow path member . a gas turbine engine having a fluid cooled flow path member disposed in a flow path and having a walled construction extending along a span of the flow path member and enclosing a volume , the walled construction including an inner part and an outer part , the inner part of the walled construction serving to enclose the volume of the fluid cooled flow path member , and a cooling space being formed between the inner part and the outer part of the walled construction, the inner part of the walled construction extending into the flow path beyond a portion of the outer part ; and a plurality of cooling openings in the flow path member extending from the enclosed volume and having an upstream entrance and a downstream discharge and operable to pass a fluid therethrough oriented to cool the inner part that extends beyond the portion of the outer part , wherein the downstream discharge of the cooling openings are non-circular, and wherein the plurality of cooling openings extending from the enclosed volume are provided between the inner part and the outer part and are provided around a leading edge, pressure side, suction side and trailing edge of the flow path member .
A device for liquid heating by means of a flow heat-exchange liquid system with at least one processing chamber having a heated heat-exchange circumferential wall of a substantially circular cross-section, wherein the processing chamber has at least one liquid inlet and at least one liquid outlet , wherein the processing chamber is only at the liquid inlet provided with a rectifying element imparting an axial and a circumferential component of the velocity of movement to the flowing liquid generating a centrifugal force and directing the flowing liquid in a rotary helical movement along the inner circumferential wall surface of the processing chamber , whereby the liquid inlet is connected to the processing chamber in a substantially tangential direction with respect to the inner surface of the substantially circular cross-section of the circumferential wall of the processing chamber , characterized in that the rectifying element at the liquid inlet is a helical guide.
A morphic form of 2-(3,5-dichloro-4-((5-isopropyl-6-oxo-1,6-dihydropyridazin-3-yl)oxy)phenyl)-3,5-dioxo-2,3,4,5-tetrahydro-1,2,4-triazine-6-carbonitrile ( "Compound A" ) (Form I) characterized by an X-ray powder diffraction pattern including peaks at about 10.5, 18.7, 22.9, 23.6, and 24.7 degrees 2θ.
An arthroscopic cutter, comprising: an elongated outer sleeve extending about a longitudinal axis with an interior bore having an open distal end ; an inner sleeve configured to rotate in the bore in the outer sleeve wherein the inner sleeve carries a distal housing having a longitudinal metal member and a longitudinal ceramic member that respectively form longitudinal-extending sides of the housing around an inner channel that communicates with a negative pressure source ; and an electrode disposed in an outer surface of the ceramic member characterized in that the metal member has a proximal portion with a window therein configured with circumferentially spaced apart lateral edges adapted for cutting tissue and the metal member has a distal portion with sharp cutting edges extending around sides and a distal tip of the metal member . an elongated outer sleeve extending about a longitudinal axis with an interior bore having an open distal end ; an inner sleeve configured to rotate in the bore in the outer sleeve wherein the inner sleeve carries a distal housing having a longitudinal metal member and a longitudinal ceramic member that respectively form longitudinal-extending sides of the housing around an inner channel that communicates with a negative pressure source ; and an electrode disposed in an outer surface of the ceramic member characterized in that the metal member has a proximal portion with a window therein configured with circumferentially spaced apart lateral edges adapted for cutting tissue and the metal member has a distal portion with sharp cutting edges extending around sides and a distal tip of the metal member .
A lower limb prosthesis , comprising: a knee chassis ; a shin carrier pivotally connected to the knee chassis ; and a piston and cylinder assembly pivotally connected to the knee chassis and the shin carrier , the piston and cylinder assembly comprising: a piston assembly comprising a piston mounted on a piston rod ; and a cylinder body having a cavity defining a cylinder within which the piston is arranged to reciprocate; wherein: the knee chassis is pivotally connected to the shin carrier to pivot around an anterior knee pivot axis (A); the knee chassis is pivotally connected to the piston and cylinder assembly to pivot around a posterior knee pivot axis (C); and the shin carrier is pivotally connected to the piston and cylinder assembly to pivot around a distal pivot axis (B), wherein the piston and cylinder assembly further comprises, distal to the distal pivot axis (B), a foot component having a lower surface, characterised in that the distance from the anterior knee pivot axis (A) to the distal pivot axis (B) is more than 20% of the distance from the anterior knee pivot axis (A) to the lower surface of the foot component. a knee chassis ; a shin carrier pivotally connected to the knee chassis ; and a piston and cylinder assembly pivotally connected to the knee chassis and the shin carrier , the piston and cylinder assembly comprising: a piston assembly comprising a piston mounted on a piston rod ; and a cylinder body having a cavity defining a cylinder within which the piston is arranged to reciprocate; a piston assembly comprising a piston mounted on a piston rod ; and a cylinder body having a cavity defining a cylinder within which the piston is arranged to reciprocate; wherein: the knee chassis is pivotally connected to the shin carrier to pivot around an anterior knee pivot axis (A); the knee chassis is pivotally connected to the piston and cylinder assembly to pivot around a posterior knee pivot axis (C); and the shin carrier is pivotally connected to the piston and cylinder assembly to pivot around a distal pivot axis (B), the knee chassis is pivotally connected to the shin carrier to pivot around an anterior knee pivot axis (A); the knee chassis is pivotally connected to the piston and cylinder assembly to pivot around a posterior knee pivot axis (C); and the shin carrier is pivotally connected to the piston and cylinder assembly to pivot around a distal pivot axis (B), wherein the piston and cylinder assembly further comprises, distal to the distal pivot axis (B), a foot component having a lower surface, characterised in that the distance from the anterior knee pivot axis (A) to the distal pivot axis (B) is more than 20% of the distance from the anterior knee pivot axis (A) to the lower surface of the foot component.
3D viewing glasses , comprising a right channel curved lens with a right channel spectral separation filter and a left channel curved lens with a left channel spectral separation filter , wherein the filters are spectrally complementary to each other, wherein the glasses comprise a frame that holds the glasses at a dihedral angle, wherein the dihedral angle is defined as the angle between planes extending through endpoints on opposite ends of the lenses , characterized in that a bridge of the frame flexes depending on a user's head size to automatically adjust the dihedral angle such that a smaller user's head size leads to a smaller dihedral angle and a larger user's head size leads to a larger dihedral angle, thereby insuring a close to normal light incidence when viewing a screen with a primary gaze.
A disc brake caliper comprising: a guide assembly for permitting axial movement of the disc brake caliper relative to a support, e.g., a disc brake carrier, the assembly comprising: a through bore of the caliper ; a guide bush to be mounted in the through bore of the caliper and having a non-circular outer surface; and a closure arranged to be seated at least partially within the through bore and be a barrier to the ingress of foreign matter into the through bore; characterised in that the assembly further comprises a stop to be retained by the closure and dimensioned radially so as to restrict axial displacement of the guide bush in at least a first direction, in use. a through bore of the caliper ; a guide bush to be mounted in the through bore of the caliper and having a non-circular outer surface; and a closure arranged to be seated at least partially within the through bore and be a barrier to the ingress of foreign matter into the through bore; characterised in that the assembly further comprises a stop to be retained by the closure and dimensioned radially so as to restrict axial displacement of the guide bush in at least a first direction, in use.
An article of footwear comprising: an upper ; a plate having a top surface facing the upper and a bottom surface formed on an opposite side than the top surface , the plate extending from a first end in a forefoot region to a second end in a heel region ; a first cushioning element having an upper surface attached to the bottom surface of the plate in the forefoot region and including a first side shield extending from the upper surface and along a medial side of the upper and a second side shield extending from the upper surface and along a lateral side of the upper ; and one or more fluid-filled bladders each at least partially surrounded by the first cushioning element in the forefoot region and having a top surface attached to the bottom surface of the plate , wherein the one or more fluid-filled bladders is disposed between the first side shield and the second side shield . an upper ; a plate having a top surface facing the upper and a bottom surface formed on an opposite side than the top surface , the plate extending from a first end in a forefoot region to a second end in a heel region ; a first cushioning element having an upper surface attached to the bottom surface of the plate in the forefoot region and including a first side shield extending from the upper surface and along a medial side of the upper and a second side shield extending from the upper surface and along a lateral side of the upper ; and one or more fluid-filled bladders each at least partially surrounded by the first cushioning element in the forefoot region and having a top surface attached to the bottom surface of the plate , wherein the one or more fluid-filled bladders is disposed between the first side shield and the second side shield .
A sintered ferrite magnet comprising Ca, La, an element. A being Ba and/or Sr, Fe and Co, the composition by atomic ratio, of said metal elements being represented by the general formula of Ca 1-x-y La x A y Fe 2n-z Co z , wherein 1-x-y, x, y and z, and n representing a molar ratio are numbers meeting 0.3 ≤ 1-x-y ≤ 0.75, 0.2 ≤ x ≤ 0.65, 0 ≤ y ≤ 0.2, 0.25 ≤ z ≤ 0.65, and 3 ≤ n ≤ 6; said sintered ferrite magnet further containing more than 1% and 1.8% or less by mass of SiO 2 and 1 to 2 % by mass of CaCO 3 calculated as CaO; and said sintered ferrite magnet having a main phase composed of ferrite having a hexagonal, M-type magnetoplumbite structure, a grain boundary phase containing Si and Ca with a lower atomic ratio of La than in said main phase, and a third phase containing La at a higher atomic ratio than in said main phase, wherein said third phase is 0.5 to 5% by volume, and wherein said third phase contains La, Ca, Si and Fe in such proportions that La is 8 to 50 atomic%, Ca is 20 to 45 atomic%, Si is 20 to 45 atomic%, and Fe is 4 to 20 atomic%, based on the total amount of 100 atomic% of said elements.
A process for producing a deacidified fluid stream from a fluid stream comprising methanol and at least one acid gas, comprising a) an absorption step in which the fluid stream is contacted with an absorbent in an absorber to obtain an absorbent laden with methanol and acid gases and an at least partly deacidified fluid stream; b) a regeneration step in which at least a portion of the laden absorbent obtained from step a) is regenerated in a regenerator to obtain an at least partly regenerated absorbent and a gaseous stream comprising methanol and at least one acid gas; c) a recycling step in which at least a substream of the regenerated absorbent from step b) is recycled into the absorption step a); d) a condensation step in which a condensate comprising methanol is condensed out of the gaseous stream from step b) ; wherein the regenerator additionally comprises a rescrubbing section, and a portion of the condensate from the condensation step d) is recycled into the regeneration step b), specifically into the regenerator in the upper region of the rescrubbing zone or above the rescrubbing zone. a) an absorption step in which the fluid stream is contacted with an absorbent in an absorber to obtain an absorbent laden with methanol and acid gases and an at least partly deacidified fluid stream; b) a regeneration step in which at least a portion of the laden absorbent obtained from step a) is regenerated in a regenerator to obtain an at least partly regenerated absorbent and a gaseous stream comprising methanol and at least one acid gas; c) a recycling step in which at least a substream of the regenerated absorbent from step b) is recycled into the absorption step a); d) a condensation step in which a condensate comprising methanol is condensed out of the gaseous stream from step b) ;
A method performed by a user agent "UA", configured to operate in an evolved packet system "EPS", comprising: generating, when operating in the EPS, in a non-access stratum "NAS" protocol layer , a NAS service request message comprising a request for a service type related to mobile terminating "MT" circuit switched "CS" fallback; and setting, in an access stratum "AS" protocol layer , a radio resource control "RRC" establishment cause "EC" of an RRC message based upon the service type identified by the NAS service request message, wherein the RRC EC is set to indicate MT access. generating, when operating in the EPS, in a non-access stratum "NAS" protocol layer , a NAS service request message comprising a request for a service type related to mobile terminating "MT" circuit switched "CS" fallback; and setting, in an access stratum "AS" protocol layer , a radio resource control "RRC" establishment cause "EC" of an RRC message based upon the service type identified by the NAS service request message, wherein the RRC EC is set to indicate MT access.