mhurhangee/patent-ind-claim-en huggingface dataset:
A connectivity detection session creation method, wherein the method is applied to an Ethernet virtual private network, EVPN, the EVPN comprises a first network device (PE1) and a second network device (PE2), and the method comprises: receiving , by the first network device (PE1), a creation message of a connectivity detection session from the second network device (PE2), wherein the creation message of the connectivity detection session carries an inclusive multicast route of the second network device and session information of the second network device; determining , by the first network device (PE1), that a local inclusive multicast routing table comprises the inclusive multicast route of the second network device (PE2); and creating , by the first network device (PE1), the connectivity detection session with the second network device based on the session information of the second network device (PE2). receiving , by the first network device (PE1), a creation message of a connectivity detection session from the second network device (PE2), wherein the creation message of the connectivity detection session carries an inclusive multicast route of the second network device and session information of the second network device; determining , by the first network device (PE1), that a local inclusive multicast routing table comprises the inclusive multicast route of the second network device (PE2); and creating , by the first network device (PE1), the connectivity detection session with the second network device based on the session information of the second network device (PE2).
Transport route of a long stator linear motor along which a transport unit (Tx) of the long stator linear motor is movable in longitudinal direction (x), wherein the transport route (TS) is formed by at least two transport route modules (TMn) that are arranged adjacent to each other in longitudinal direction (x), wherein each of the at least two transport route modules (TMn) forms a guiding side (FS) on a side of the transport route module (TMn) lying in a transverse direction (y) oriented transverse to the longitudinal direction (x) and the transport unit (Tx) is mounted in a guided manner on the guiding side (FS) and is arranged to be movable in longitudinal direction (x) on the guiding side (FS), and wherein the transport route (TS) is formed with a two-sided route section having transport route modules (TMn) on both sides and wherein in a two-sided route section the guiding sides (FS) of transport route modules (TMn) are arranged on the two sides facing each other and wherein the at least two transport route modules (TMn) each have on the respective guiding side (FS) a starting point (An) and an ending point (En), each of which is situated on a grid corner point (p·a) × (q·a) of a (a x a) grid having a predetermined grid length a and grid coordinates p, q, wherein p, q are whole numbers, and in a two-sided route section in transverse direction (y) between two transport route modules (TMn) an intermediate space is provided and the transport unit (Tx) is arranged at least partially in this intermediate space , midway of this intermediate space in transverse direction (y) a movement path (BP) is formed which the transport unit (Tx) follows when moving in longitudinal direction (x) by the guidance on the transport route modules (TMn), characterized in that the movement path (BP) is arranged by the arrangement of the transport route modules (TMn) in transverse direction (y) at a distance of (r·a) from the starting point (An) or ending point (En), wherein r is an odd, whole number.
Apparatus for additively manufacturing of three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy beam, comprising a process chamber and at least one module moveable between a first position and a second position along a travel path, wherein a stream generating unit is configured to create a stream of process gas onto the module at least partly along the travel path of the module between the first and the second position , wherein the stream generating unit is connected with a guiding structure , in particular a channel, or comprises a guiding structure configured to guide and distribute the process gas to the module along at least part of the travel path , characterized in that the guiding structure comprises at least two gas outlets , in particular a plurality of gas outlets , preferably nozzles, distributed along the travel path of the module , and wherein the at least one module is located at least partly inside the process chamber in the first position and is located outside the process chamber in the second position.
An assembled structure of a cable and an auxiliary tool for wall penetration when passing into an in-wall pipe , said auxiliary tool comprising a traction member , wherein the traction member comprises a flat traction rod and a traction head fastened to a first end of the traction rod, the traction rod is made of an elastic material, the traction head has a smooth surface, and a second end of the traction rod is securely connected to one end of the cable , characterised in that the auxiliary tool further comprises a guide pipe, wherein a pipe hole of the guide pipe is used to allow the cable to pass therethrough, and a gap exists between an inner wall of the guide pipe and an outer wall of the cable.
A fixing for inserting into a cylindrical hole and securing an article to a surface ; the fixing comprising a coupling arrangement , for coupling the fixing to a said article; and two elongate members extending from the coupling arrangement; the elongate members being resiliently biased towards a position in which they are spaced apart from one another along at least a part of their length; each elongate member comprising a resiliently deformable inner formation spaced apart from a proximal end and a distal end of the elongate member; wherein the elongate members comprise distal portions free of inner formations, the inner formations extending toward an adjacent elongate member and positioned to engage therewith and resiliently deform, when the elongate members are brought together and inserted in a said cylindrical hole in use, to thereby supplement the outward forces applied to walls of the cylindrical hole by the elongate members. the elongate members being resiliently biased towards a position in which they are spaced apart from one another along at least a part of their length; each elongate member comprising a resiliently deformable inner formation spaced apart from a proximal end and a distal end of the elongate member; wherein the elongate members comprise distal portions free of inner formations, the inner formations extending toward an adjacent elongate member and positioned to engage therewith and resiliently deform, when the elongate members are brought together and inserted in a said cylindrical hole in use, to thereby supplement the outward forces applied to walls of the cylindrical hole by the elongate members.
A method of notching lamina workpieces with a notching press system, the notching press system comprising a base , a press frame , a ram , an indexing spindle , an index motor drivingly attached to the indexing spindle , an upper tooling section , and a lower tooling section , wherein the upper tooling section is attached to the ram and comprises a cutting punch and a piloting device , wherein the lower tooling section comprises a first die opening aligned with the cutting punch , and a second die opening aligned with the piloting device , the method comprising: moving the ram and the upper tooling section to an open position; inserting a lamina workpiece onto the indexing spindle , wherein the workpiece inserted onto the indexing spindle is drivingly attached to the indexing spindle ; moving the ram and the upper tooling section to a closed position; cutting a portion of the lamina workpiece with the cutting punch of upper tooling section and the first die opening of the lower tooling section to produce a cut opening in the lamina workpiece ; moving the press ram and the upper tooling section back to the open position; characterized by rotating the index motor drivingly attached to the indexing spindle , wherein the cut opening of the lamina workpiece drivingly attached to the indexing spindle is aligned with the piloting device ; reducing the torque applied to the index motor ; moving the press ram and the upper tooling section to an intermediate position wherein the piloting device cooperates with the cut opening of the workpiece for angular positioning of the lamina workpiece . moving the ram and the upper tooling section to an open position; inserting a lamina workpiece onto the indexing spindle , wherein the workpiece inserted onto the indexing spindle is drivingly attached to the indexing spindle ; moving the ram and the upper tooling section to a closed position; cutting a portion of the lamina workpiece with the cutting punch of upper tooling section and the first die opening of the lower tooling section to produce a cut opening in the lamina workpiece ; moving the press ram and the upper tooling section back to the open position; characterized by rotating the index motor drivingly attached to the indexing spindle , wherein the cut opening of the lamina workpiece drivingly attached to the indexing spindle is aligned with the piloting device ; reducing the torque applied to the index motor ; moving the press ram and the upper tooling section to an intermediate position wherein the piloting device cooperates with the cut opening of the workpiece for angular positioning of the lamina workpiece .
An unmanned aerial vehicle system comprising a first multi-rotor carrier aircraft (101; 701a; 901) and a second carried aircraft , wherein the carrier aircraft comprises: an airframe ; a plurality of rotors (103; 703) carried by the airframe, the plurality of rotors being positioned to support the carrier aircraft in hover; a power receiver (713; 913) carried by the airframe and operatively coupled to the rotors to power the rotors, the power receiver being positioned to receive power from off-board the carrier aircraft while the carrier aircraft is in flight; a launch fixture positioned to releasably attach to the carried aircraft, the carried aircraft having a capture device; and a capture line deployable to hang from the carrier aircraft, the capture line being sized to releasably engage with the capture device of the carried aircraft. an airframe ; a plurality of rotors (103; 703) carried by the airframe, the plurality of rotors being positioned to support the carrier aircraft in hover; a power receiver (713; 913) carried by the airframe and operatively coupled to the rotors to power the rotors, the power receiver being positioned to receive power from off-board the carrier aircraft while the carrier aircraft is in flight; a launch fixture positioned to releasably attach to the carried aircraft, the carried aircraft having a capture device; and a capture line deployable to hang from the carrier aircraft, the capture line being sized to releasably engage with the capture device of the carried aircraft.
A pump assembly comprising: a pump having a pump housing , the pump having an inlet for receiving input fluid and a pump outlet for outputting pressurized fluid, and a drive shaft for driving parts of the pump to pressurize the input fluid for output from the pump housing; an electric motor configured to drive the drive shaft of the pump; a controller configured to drive the drive shaft of the pump , the controller comprising a circuit board having a first side for mounting electrical components thereon, the circuit board being oriented in an axial direction of the pump so that its first side faces in a radial direction; a magnet fixedly attached on a rotatable element of either the pump or the electric motor for rotation therewith; a 3D rotary sensor mounted on the first side of the circuit board, the 3D rotary sensor comprising a front face positioned parallel to the first side of the circuit board such that the front face of the 3D rotary sensor also faces in the radial direction, the 3D rotary sensor configured to detect both (a) motion parallel to its front face and (b) motion in a plane perpendicular to its front face, including rotary motion of the pump , for output to the controller , wherein the 3D rotary sensor is positioned in proximity to the magnet to detect rotary motion thereof in the plane perpendicular to the front face of the 3D rotary sensor such that an angular position of the rotatable element is determined. a pump having a pump housing , the pump having an inlet for receiving input fluid and a pump outlet for outputting pressurized fluid, and a drive shaft for driving parts of the pump to pressurize the input fluid for output from the pump housing; an electric motor configured to drive the drive shaft of the pump; a controller configured to drive the drive shaft of the pump , the controller comprising a circuit board having a first side for mounting electrical components thereon, the circuit board being oriented in an axial direction of the pump so that its first side faces in a radial direction; a magnet fixedly attached on a rotatable element of either the pump or the electric motor for rotation therewith; a 3D rotary sensor mounted on the first side of the circuit board, the 3D rotary sensor comprising a front face positioned parallel to the first side of the circuit board such that the front face of the 3D rotary sensor also faces in the radial direction, the 3D rotary sensor configured to detect both (a) motion parallel to its front face and (b) motion in a plane perpendicular to its front face, including rotary motion of the pump , for output to the controller , wherein the 3D rotary sensor is positioned in proximity to the magnet to detect rotary motion thereof in the plane perpendicular to the front face of the 3D rotary sensor such that an angular position of the rotatable element is determined.
A method for transmitting a frame, the method comprising: generating, by an access point , a physical layer, PHY, frame, wherein the PHY frame includes an indicator, the indicator indicating whether a Q matrix for spatial mapping is changed; wherein the PHY frame includes a first portion and a second portion, and the indicator is located in the first portion, and wherein the Q matrix for spatial mapping being changed refers to that a first Q matrix for spatial mapping of the first portion is different from a second Q matrix for spatial mapping of the second portion, and the Q matrix for spatial mapping being unchanged refers to that a first Q matrix for spatial mapping of the first portion is the same as a second Q matrix for spatial mapping of the second portion; wirelessly transmitting, by the access point , the PHY frame. generating, by an access point , a physical layer, PHY, frame, wherein the PHY frame includes an indicator, the indicator indicating whether a Q matrix for spatial mapping is changed; wherein the PHY frame includes a first portion and a second portion, and the indicator is located in the first portion, and wherein the Q matrix for spatial mapping being changed refers to that a first Q matrix for spatial mapping of the first portion is different from a second Q matrix for spatial mapping of the second portion, and the Q matrix for spatial mapping being unchanged refers to that a first Q matrix for spatial mapping of the first portion is the same as a second Q matrix for spatial mapping of the second portion; wirelessly transmitting, by the access point , the PHY frame.
A process for producing a blow-molded foam including foamed cells, the process comprising: kneading (S1) a polyolefin-based resin containing a foaming agent mixed therewith in an extruder, and then retaining (S2) the polyolefin-based resin at a cylinder-shaped space defined between a mandrel and a die outer cylinder ; and extruding (S3) a parison between split mold blocks from a die slit by use of a ring-shaped piston after a predetermined amount of the resin is retained at the cylinder-shaped space and carrying out blow molding (S4) after clamping by blowing air into the parison , wherein the foaming agent is carbon dioxide gas or a nitrogen gas in a supercritical state, thereby obtaining an average cell diameter of the foamed cells in a thickness direction of a wall defining the blow-molded foam being less than 300 μm, and a standard deviation of a cell diameter of the foamed cell in the thickness direction of the wall being less than 40 μm, extruding the parison comprises extruding the parison at an extrusion rate of 700 kg/h or more, blow molding comprises blowing air on the parison at a pressure of 0.05 to 0.15 MPa, and the polyolefin-based resin is a propylene homopolymer having a long-chain branched structure. kneading (S1) a polyolefin-based resin containing a foaming agent mixed therewith in an extruder, and then retaining (S2) the polyolefin-based resin at a cylinder-shaped space defined between a mandrel and a die outer cylinder ; and extruding (S3) a parison between split mold blocks from a die slit by use of a ring-shaped piston after a predetermined amount of the resin is retained at the cylinder-shaped space and carrying out blow molding (S4) after clamping by blowing air into the parison , wherein the foaming agent is carbon dioxide gas or a nitrogen gas in a supercritical state, thereby obtaining an average cell diameter of the foamed cells in a thickness direction of a wall defining the blow-molded foam being less than 300 μm, and a standard deviation of a cell diameter of the foamed cell in the thickness direction of the wall being less than 40 μm, extruding the parison comprises extruding the parison at an extrusion rate of 700 kg/h or more, blow molding comprises blowing air on the parison at a pressure of 0.05 to 0.15 MPa, and the polyolefin-based resin is a propylene homopolymer having a long-chain branched structure.
A method in a first radio node for performing measurements in a communication network , the method comprising: receiving a message from a second radio node, the message comprising a combined capability for configuring the measurements based on the combined capability, and the combined capability comprising a relation between a first Orthogonal Frequency Division Multiplexing, OFDM, numerology and a second OFDM numerology; performing a first amount of measurements on a first signal based on the first OFDM numerology; and performing a second amount of measurements on a second signal based on the second OFDM numerology; wherein performing one of the first and second amounts of measurements is based on the relation between the first OFDM numerology and the second OFDM numerology. receiving a message from a second radio node, the message comprising a combined capability for configuring the measurements based on the combined capability, and the combined capability comprising a relation between a first Orthogonal Frequency Division Multiplexing, OFDM, numerology and a second OFDM numerology; performing a first amount of measurements on a first signal based on the first OFDM numerology; and performing a second amount of measurements on a second signal based on the second OFDM numerology; wherein performing one of the first and second amounts of measurements is based on the relation between the first OFDM numerology and the second OFDM numerology.
An apparel textile multifilament yarn comprising a polyamide, the polyamide comprising a nylon 6,6 and a polyetherdiamine, wherein the polyetherdiamine is present in an amount ranging from 1% to 20% by weight, the polyetherdiamine having a weight-average molecular weight (Mw) of at least 2500 and an Amine Hydrogen Equivalent Weight (AHEW) of less than 10 percent higher than the idealized AHEW for the polyetherdiamine, wherein the number of active amine hydrogens per molecule, and therefore the AHEW, is calculated by determining the amine group nitrogen content using the procedure described in ISO 9702; and wherein the yarn has a yarn weight of 5 to 300 dtex and a filament weight of 0.5 to 7 dtex.
A method for producing an object by three-dimensional printing of a material comprising: printing a plurality of cavities within said object; printing at least one passage for fluid communication between a plurality of said cavities ; and providing a fluid disposed within at least one of said cavities, wherein said fluid is a liquid, said at least one passage being provided with a specified cross-sectional area at a specified length for controlling the flow of said fluid there through, characterized in that the object is a stress-indication object, wherein a colored liquid is used to fill a plurality of cavities within a first system of cavities , while an adjacent second system of cavities is left unfilled, whereby the stress-indicating object is arranged for providing a visual indication of the stress-indicating object being subjected to a force in the first system resulting in forcing a portion of the colored liquid into the second system of cavities . printing a plurality of cavities within said object; printing at least one passage for fluid communication between a plurality of said cavities ; and providing a fluid disposed within at least one of said cavities, wherein said fluid is a liquid, said at least one passage being provided with a specified cross-sectional area at a specified length for controlling the flow of said fluid there through, characterized in that the object is a stress-indication object, wherein a colored liquid is used to fill a plurality of cavities within a first system of cavities , while an adjacent second system of cavities is left unfilled, whereby the stress-indicating object is arranged for providing a visual indication of the stress-indicating object being subjected to a force in the first system resulting in forcing a portion of the colored liquid into the second system of cavities .
An implantable neurostimulator , comprising: a case ; a circuit board positioned in the case ; a telemetry coil positioned in the case that is electrically coupled to the circuit board and spaced a distance away from the circuit board ; a charging coil positioned in the case that is electrically coupled to the circuit board , wherein the telemetry coil and the charging coil are positioned on opposing sides of the circuit board; and a spacer on which the telemetry coil is positioned for spacing the telemetry coil the distance away from the circuit board . a case ; a circuit board positioned in the case ; a telemetry coil positioned in the case that is electrically coupled to the circuit board and spaced a distance away from the circuit board ; a charging coil positioned in the case that is electrically coupled to the circuit board , wherein the telemetry coil and the charging coil are positioned on opposing sides of the circuit board; and a spacer on which the telemetry coil is positioned for spacing the telemetry coil the distance away from the circuit board .
A composition for use in reducing or removing localized fat with a reduced pain and side effect, the composition essentially consisting of: (i) phosphatidylcholine; and (ii) at least one selected from the group consisting of glycocholic acid (GCA), taurocholic acid (TCA) and salt thereof, wherein a molar ratio of (ii) to (i) in the composition is in a range of 0.7 to 3.0. (i) phosphatidylcholine; and (ii) at least one selected from the group consisting of glycocholic acid (GCA), taurocholic acid (TCA) and salt thereof,