mhurhangee/patent-ind-claim-en huggingface dataset:
A method of generating a forwarding entry performed by a remote device , the method comprising the steps of: receiving a first synchronous message carrying address information of a host from a first Distributed Resilient Network Interconnect, DR, member device and a second synchronous message carrying address information of the host from a second DR member device , wherein the first DR member device and the second DR member device constitute a DR device and are both connected with the host via an aggregation port that is constituted by physical ports (131-3, 132-4, 111-1, 111-2) of the first DR member device , the second DR member device and the host ; and wherein, the first synchronous message is generated by the first DR member device according to an Address Resolution Protocol, ARP, packet received from the host and carries an identifier of the aggregation port , determining that the remote device is connected with the first DR member device in the DR device via a first tunnel and connected with the second DR member device in the DR device via a second tunnel according to the identifier of the aggregation port ; generating a first forwarding entry corresponding to the host according to the first tunnel , wherein the first forwarding entry comprises the address information of the host , the identifier of the aggregation port and information of the first tunnel ; and generating a second forwarding entry corresponding to the host according to the second tunnel , wherein the second forwarding entry comprises the address information of the host , the identifier of the aggregation port and information of the second tunnel . receiving a first synchronous message carrying address information of a host from a first Distributed Resilient Network Interconnect, DR, member device and a second synchronous message carrying address information of the host from a second DR member device , wherein the first DR member device and the second DR member device constitute a DR device and are both connected with the host via an aggregation port that is constituted by physical ports (131-3, 132-4, 111-1, 111-2) of the first DR member device , the second DR member device and the host ; and wherein, the first synchronous message is generated by the first DR member device according to an Address Resolution Protocol, ARP, packet received from the host and carries an identifier of the aggregation port , determining that the remote device is connected with the first DR member device in the DR device via a first tunnel and connected with the second DR member device in the DR device via a second tunnel according to the identifier of the aggregation port ; generating a first forwarding entry corresponding to the host according to the first tunnel , wherein the first forwarding entry comprises the address information of the host , the identifier of the aggregation port and information of the first tunnel ; and generating a second forwarding entry corresponding to the host according to the second tunnel , wherein the second forwarding entry comprises the address information of the host , the identifier of the aggregation port and information of the second tunnel .
A radiation therapy system , comprising: a real-time 3D ultrasound (US) imaging unit configured to generate a baseline and real-time 3D ultrasound (US) images of at least a portion of a subject body region including a target region and one or more Organs At Risk (OARs); a registration unit configured to deformably register a planning image of the subject body region and the baseline image , and to map radiation absorptive properties of tissue based on the planning image to the baseline image ; a real-time ultrasound motion unit configured to measure real time motion of the target region and OARs during radiation therapy treatment based on the real-time ultrasound images; and a real-time dose computation engine configured to compute a real-time radiation dose delivered to the target and OARs based on the tissue radiation absorptive properties mapped from the baseline image or planning image onto the real-time 3D ultrasound images . a real-time 3D ultrasound (US) imaging unit configured to generate a baseline and real-time 3D ultrasound (US) images of at least a portion of a subject body region including a target region and one or more Organs At Risk (OARs); a registration unit configured to deformably register a planning image of the subject body region and the baseline image , and to map radiation absorptive properties of tissue based on the planning image to the baseline image ; a real-time ultrasound motion unit configured to measure real time motion of the target region and OARs during radiation therapy treatment based on the real-time ultrasound images; and a real-time dose computation engine configured to compute a real-time radiation dose delivered to the target and OARs based on the tissue radiation absorptive properties mapped from the baseline image or planning image onto the real-time 3D ultrasound images .
A set of panels comprising a first panel with a first main plane and a second panel with a second main plane, wherein the first and the second panel are provided with a mechanical locking device for locking a first edge of the first panel to a second edge of the second panel at a junction plane (J), wherein the first main plane is essentially perpendicular to the second main plane and the junction plane is extending between the first main plane and the second main plane, wherein • the first edge comprises an edge tongue that extends from the junction plane (J), • the second edge comprises an edge groove at the junction plane, wherein the edge tongue is configured to cooperate with the edge groove for locking together the first and the second edges in a first direction which is parallel to the junction plane (J), • the edge tongue comprises a tongue groove , • the edge groove comprises a flexible tongue arranged in an insertion groove , said flexible tongue is configured to cooperate with the tongue groove for locking together the first and the second edges in a second direction which is perpendicular to the junction plane, characterized in that : • the angle between the junction plane (J) and the first main plane is about 45°. • the first edge comprises an edge tongue that extends from the junction plane (J), • the second edge comprises an edge groove at the junction plane, wherein the edge tongue is configured to cooperate with the edge groove for locking together the first and the second edges in a first direction which is parallel to the junction plane (J), • the edge tongue comprises a tongue groove , • the edge groove comprises a flexible tongue arranged in an insertion groove , said flexible tongue is configured to cooperate with the tongue groove for locking together the first and the second edges in a second direction which is perpendicular to the junction plane, characterized in that : • the angle between the junction plane (J) and the first main plane is about 45°. • the angle between the junction plane (J) and the first main plane is about 45°.
A damage detection unit arranged to detect damage on a self-driving vehicle , the damage detection unit comprising: a receiving unit arranged to receive an image from a camera ; a determining unit arranged to use at least one of a machine learning model or a statistical model to determine damage on the vehicle based on the received image, the damage detection unit having been trained on annotated images which have been annotated to indicate areas of damage on the vehicle ; a storing unit arranged to store information about damage previously determined to be present on the vehicle ; and a comparing unit arranged to compare the damage determined by the determining unit with the information about previous damage as stored by the storing unit ; and a commanding unit arranged to issue one or more commands to a directing unit comprising a transmitter arranged to transmit instructions to the self-driving vehicle to directly set the destination of the vehicle to proceed to a workshop when the determined damage is greater than a predetermined threshold. a receiving unit arranged to receive an image from a camera ; a determining unit arranged to use at least one of a machine learning model or a statistical model to determine damage on the vehicle based on the received image, the damage detection unit having been trained on annotated images which have been annotated to indicate areas of damage on the vehicle ; a storing unit arranged to store information about damage previously determined to be present on the vehicle ; and a comparing unit arranged to compare the damage determined by the determining unit with the information about previous damage as stored by the storing unit ; and a commanding unit arranged to issue one or more commands to a directing unit comprising a transmitter arranged to transmit instructions to the self-driving vehicle to directly set the destination of the vehicle to proceed to a workshop when the determined damage is greater than a predetermined threshold.
A soft gel capsule comprising: a. a capsule shell; and b. a liquid formulation comprising beta-hydroxyisovaleric acid and at least one excipient, wherein the soft gel capsule is shelf-stable, and wherein the excipient is selected from betaine, phosphatidylcholine, alpha-glycerophosphocholine, carnitine, adenosine 5'-triphosphate, or a combination thereof. a. a capsule shell; and b. a liquid formulation comprising beta-hydroxyisovaleric acid and at least one excipient, wherein the soft gel capsule is shelf-stable, and wherein the excipient is selected from betaine, phosphatidylcholine, alpha-glycerophosphocholine, carnitine, adenosine 5'-triphosphate, or a combination thereof.
A turbine stage for a gas turbine engine configured to rotate in a circumferential direction about an axis extending through a center of the gas turbine engine, the turbine stage comprising: a turbine disk comprising: an outer diameter edge having slots ; an inner diameter bore surrounding the axis; a forward face; an aft face; a hub extending from the inner diameter bore of the turbine disk to form an annular body; and a plurality of holes extending through the hub; a plurality of blades coupled to the slots; a mini-disk comprising: an axially extending portion disposed opposite the hub ; a radially extending portion disposed opposite the aft face of the turbine disk; an axial retention flange disposed at a radial distal tip of the radially extending portion to engage the slots; and a coupling disposed at an axially distal tip of the axially extending portion to engage the hub, wherein the mini-disk couples to the aft face of the turbine disk to define a cooling plenum therebetween to direct cooling air to the slots, and wherein the holes permit cooling air from within the hub to enter the cooling plenum; and a shaft extending from the hub through the inner diameter bore coupling the turbine disk to a compressor disk, wherein the inner diameter bore and the shaft define a cooling passage fluidly coupled to the holes and the plenum. an outer diameter edge having slots ; an inner diameter bore surrounding the axis; a forward face; an aft face; a hub extending from the inner diameter bore of the turbine disk to form an annular body; and a plurality of holes extending through the hub; a plurality of blades coupled to the slots; a mini-disk comprising: an axially extending portion disposed opposite the hub ; a radially extending portion disposed opposite the aft face of the turbine disk; an axial retention flange disposed at a radial distal tip of the radially extending portion to engage the slots; and a coupling disposed at an axially distal tip of the axially extending portion to engage the hub, wherein the mini-disk couples to the aft face of the turbine disk to define a cooling plenum therebetween to direct cooling air to the slots, and wherein the holes permit cooling air from within the hub to enter the cooling plenum; and an axially extending portion disposed opposite the hub ; a radially extending portion disposed opposite the aft face of the turbine disk; an axial retention flange disposed at a radial distal tip of the radially extending portion to engage the slots; and a coupling disposed at an axially distal tip of the axially extending portion to engage the hub, wherein the mini-disk couples to the aft face of the turbine disk to define a cooling plenum therebetween to direct cooling air to the slots, and wherein the holes permit cooling air from within the hub to enter the cooling plenum; and a shaft extending from the hub through the inner diameter bore coupling the turbine disk to a compressor disk, wherein the inner diameter bore and the shaft define a cooling passage fluidly coupled to the holes and the plenum.
An image pickup device comprising: a photoelectric conversion section that is arranged in a semiconductor substrate and configured to photoelectrically convert an incident light; a moth-eye section that includes recesses and projections formed on a surface on a light incident side in the semiconductor substrate and has, when a cross section parallel to a direction toward the photoelectric conversion section from the light incident side is viewed, a recessed portion protruding toward the side of the photoelectric conversion section , the recessed portion having a curvature or a polygonal shape; and a region that is arranged adjacent to the moth-eye section and opposite to the photoelectric conversion section on the light-incident side of the semiconductor substrate and has a refractive index different from a refractive index of the semiconductor substrate , wherein a projected portion protruding opposite to the photoelectric conversion section in the moth-eye section has a curvature or a polygonal shape, characterized in that the curvature (RA) of the recessed portion is larger than the curvature (RB) of the projected portion. a photoelectric conversion section that is arranged in a semiconductor substrate and configured to photoelectrically convert an incident light; a moth-eye section that includes recesses and projections formed on a surface on a light incident side in the semiconductor substrate and has, when a cross section parallel to a direction toward the photoelectric conversion section from the light incident side is viewed, a recessed portion protruding toward the side of the photoelectric conversion section , the recessed portion having a curvature or a polygonal shape; and a region that is arranged adjacent to the moth-eye section and opposite to the photoelectric conversion section on the light-incident side of the semiconductor substrate and has a refractive index different from a refractive index of the semiconductor substrate , wherein a projected portion protruding opposite to the photoelectric conversion section in the moth-eye section has a curvature or a polygonal shape, characterized in that the curvature (RA) of the recessed portion is larger than the curvature (RB) of the projected portion.
An inset slip form paving apparatus , comprising: a frame having a front and a rear defining a paving direction from the rear toward the front; at least one left ground engaging support and at least one right ground engaging support configured to support the frame from a ground surface ; an inset mold assembly located below the frame and between the at least one left ground engaging support and the at least one right ground engaging support ; characterized by an adjustable support assembly supporting the mold assembly from the frame so that the mold assembly is adjustable in position parallel to the paving direction relative to the frame between a retracted position and an extended position. a frame having a front and a rear defining a paving direction from the rear toward the front; at least one left ground engaging support and at least one right ground engaging support configured to support the frame from a ground surface ; an inset mold assembly located below the frame and between the at least one left ground engaging support and the at least one right ground engaging support ; characterized by an adjustable support assembly supporting the mold assembly from the frame so that the mold assembly is adjustable in position parallel to the paving direction relative to the frame between a retracted position and an extended position.
A crystalline compound, 2-methyl-2-(3-methyl-4-(4-(methylamino)-5-(trifluoromethyl)pyrimidin-2-ylamino)-1H-pyrazol-1-yl)propanenitrile, selected from: a Form C polymorph that exhibits an X-ray powder diffraction pattern having characteristic peaks expressed in degrees 2-theta at 6.4±0.3, 15.1±0.3, 21.2±0.3, 25.7±0.3, and 27.8±0.3; and a Form D polymorph that exhibits an X-ray powder diffraction pattern having characteristic peaks expressed in degrees 2-theta at 9.2±0.3, 14.0±0.3, 14.8±0.3, 19.7±0.3, and 20.0±0.3. a Form C polymorph that exhibits an X-ray powder diffraction pattern having characteristic peaks expressed in degrees 2-theta at 6.4±0.3, 15.1±0.3, 21.2±0.3, 25.7±0.3, and 27.8±0.3; and a Form D polymorph that exhibits an X-ray powder diffraction pattern having characteristic peaks expressed in degrees 2-theta at 9.2±0.3, 14.0±0.3, 14.8±0.3, 19.7±0.3, and 20.0±0.3.
System for configuring and monitoring a position sensor used to determine a position, angular position, rotational speed and/or velocity of a machine component, comprising at least the position sensor , a configuration unit for configuring and monitoring the position sensor , a control unit and a data base , wherein the configuration unit is connected to the position sensor via a first data link , wherein the configuration unit is connected to at least the control unit via a second data link , characterized in that the database is configured as an online data base, wherein the configuration unit comprises a web server , wherein, for data transmission via the second data link , the configuration unit comprises a web-enabled and/or mobile radio-enabled communication unit, and the configuration unit and the control device are configured to store and retrieve various parameter data of the position sensor in the online database .
A method of producing a wind turbine rotor blade comprising the steps: providing a mould for a spar cap , wherein the mould has at least one negative cap edge , laying glass fibre layers in the mould and the negative cap edge to achieve transverse scarfing at the ends of the glass fibre layers in such a way that a spar cap having a first and a second end is provided, wherein the first and/or second end has a negative scarfing, and positively lockingly installing the first and/or second end of the spar cap in a core material of the rotor blade , wherein the cap edge has an angle of between 20° and 40°. providing a mould for a spar cap , wherein the mould has at least one negative cap edge , laying glass fibre layers in the mould and the negative cap edge to achieve transverse scarfing at the ends of the glass fibre layers in such a way that a spar cap having a first and a second end is provided, wherein the first and/or second end has a negative scarfing, and positively lockingly installing the first and/or second end of the spar cap in a core material of the rotor blade , wherein the cap edge has an angle of between 20° and 40°.
An air spinning machine comprising: a conveyor roller configured to feed a sliver ; an air spinning device configured to produce a spun yarn by twisting a fiber bundle made from the sliver with airflow; and an electric motor configured to drive the conveyor roller , and that has a rotation amount thereof controlled in accordance with a command signal; characterized by a control part configured to calculate a consumed length of the sliver based on the command signal. a conveyor roller configured to feed a sliver ; an air spinning device configured to produce a spun yarn by twisting a fiber bundle made from the sliver with airflow; and an electric motor configured to drive the conveyor roller , and that has a rotation amount thereof controlled in accordance with a command signal; characterized by a control part configured to calculate a consumed length of the sliver based on the command signal.
Crystalline form of Sofosbuvir designated form E and characterized by data selected from one or more of the following: an X-ray powder diffraction pattern having peaks at: 12.4, 16.2, 17.2, 25.0 and 25.3 degrees two theta ± 0.1 degrees two theta; an X-ray powder diffraction pattern as depicted in figure 1 or Figure 7; an X-ray powder diffraction pattern having peaks at: 12.4, 16.2, 17.2, 25.0 and 25.3 degrees two theta ± 0.1 degrees two theta and absence of peaks at: 10.9 and 14.2 degrees two theta ± 0.2 degrees two theta, and combinations of these data.
A device for fastening in particular a rod-shaped cantilever arm to a mast , the device having a support device which can be fixed to the mast and which is formed as a component separate from the mast and the cantilever arm , the device also having at least one reception formed on the support device for the form-fitting arrangement of a connection element of the cantilever arm on a connection area of the cantilever arm , and the device having a securing element for securing the connection element of the cantilever arm in the reception of the support device , characterized in that the support device has two edge areas which are disposed parallel to one another, which are formed in the form of side plates and which are configured to form a reception space for the cross section of the connection area of the cantilever arm between the edge areas , wherein a reception for the connection element which protrudes laterally from the connection area of the cantilever arm is formed in each edge area , and wherein the reception is formed in the form of a reception slot which has an opening for inserting the connection element on an upper side of the edge area , and wherein the reception slot passes into a horizontal guide for the connection element on a side which is assigned to the mast .
A memory apparatus , comprising: a memory core of a memory circuit , the memory core being associated with a plurality of ranks; a plurality of through-silicon vias, TSVs, ; and data bus inversion logic coupled between the memory core and the TSVs , wherein the data bus inversion logic is configured to: encode and decode a data signal on a signal path through the TSVs in accordance with a data bus inversion of the data signal; keep track of previous read cycles for consecutive read operations to different ranks of the plurality of ranks; and keep track of data sent from an inactive rank of the plurality of ranks. a memory core of a memory circuit , the memory core being associated with a plurality of ranks; a plurality of through-silicon vias, TSVs, ; and data bus inversion logic coupled between the memory core and the TSVs , wherein the data bus inversion logic is configured to: encode and decode a data signal on a signal path through the TSVs in accordance with a data bus inversion of the data signal; keep track of previous read cycles for consecutive read operations to different ranks of the plurality of ranks; and keep track of data sent from an inactive rank of the plurality of ranks. encode and decode a data signal on a signal path through the TSVs in accordance with a data bus inversion of the data signal; keep track of previous read cycles for consecutive read operations to different ranks of the plurality of ranks; and keep track of data sent from an inactive rank of the plurality of ranks.