mhurhangee/patent-ind-claim-en huggingface dataset:
A method for deploying a network service, comprising: obtaining, by a primary orchestrator, a network service instantiation request, wherein the network service instantiation request is used to request the primary orchestrator to instantiate the network service, and the network service comprises a first subnetwork service nested in the network service; obtaining, by the primary orchestrator, network service description information across orchestrator management domains; determining, by the primary orchestrator according to the network service description information, the first subnetwork service that needs to be deployed in a management domain of a secondary orchestrator; and sending, by the primary orchestrator, a subnetwork service instantiation request to the secondary orchestrator, wherein the subnetwork service instantiation request is used to request the secondary orchestrator to instantiate the first subnetwork service; sending, by the primary orchestrator, lifecycle management policy information to the secondary orchestrator, wherein the lifecycle management policy information is used to describe permission of the secondary orchestrator to perform a lifecycle management operation on the first subnetwork service; wherein a management domain of the primary orchestrator is different from the management domain of the secondary orchestrator. obtaining, by a primary orchestrator, a network service instantiation request, wherein the network service instantiation request is used to request the primary orchestrator to instantiate the network service, and the network service comprises a first subnetwork service nested in the network service; obtaining, by the primary orchestrator, network service description information across orchestrator management domains; determining, by the primary orchestrator according to the network service description information, the first subnetwork service that needs to be deployed in a management domain of a secondary orchestrator; and sending, by the primary orchestrator, a subnetwork service instantiation request to the secondary orchestrator, wherein the subnetwork service instantiation request is used to request the secondary orchestrator to instantiate the first subnetwork service; sending, by the primary orchestrator, lifecycle management policy information to the secondary orchestrator, wherein the lifecycle management policy information is used to describe permission of the secondary orchestrator to perform a lifecycle management operation on the first subnetwork service; wherein a management domain of the primary orchestrator is different from the management domain of the secondary orchestrator.
Electrical contact arrangement for an electric motor, having an elongate contact which is extending perpendicular to a planar base conductor , said base conductor being provided as a lead frame , wherein a conductive material bond is provided between the lead frame and the contact , wherein the conductive bond has a contact base angled perpendicular to the contact and extending parallel to the lead frame and being welded flush thereto, wherein the contact is guided through the lead frame and the contact base is in contact with the lead frame via the face that is oriented towards the contact .
A sanding machine for the sanding of panels, comprising: - a supporting structure , - a sanding unit mounted on the supporting structure , - a supporting surface for supporting and sliding of the panels located beneath the sanding unit and along which the panels are fed in a predetermined feed direction (X); the sanding unit comprising a trestle supporting a sanding belt , the trestle comprising a plurality of rollers having respective axes parallel to the supporting surface , the sanding belt being endless and looped around the rollers , one of the rollers being motorized to move the sanding belt during the sanding of the panels, the sanding unit further comprising at least one opposing member to force the belt against the panel to be sanded, the trestle rotating about an axis (R) perpendicular to the supporting surface and intersecting the supporting surface , the sanding unit comprising motor means for rotating the trestle about the axis (R) characterized in that the motors means are configured to continuously rotate the trestle about the perpendicular axis (R) in such a way as to rotate said belt to condition the relative processing motion between the belt and the panel being processed, the rotation of the trestle about said axis (R) being a continuous rotation which generates an actual processing movement. - a supporting structure , - a sanding unit mounted on the supporting structure , - a supporting surface for supporting and sliding of the panels located beneath the sanding unit and along which the panels are fed in a predetermined feed direction (X); the sanding unit comprising a trestle supporting a sanding belt , the trestle comprising a plurality of rollers having respective axes parallel to the supporting surface , the sanding belt being endless and looped around the rollers , one of the rollers being motorized to move the sanding belt during the sanding of the panels, the sanding unit further comprising at least one opposing member to force the belt against the panel to be sanded, the trestle rotating about an axis (R) perpendicular to the supporting surface and intersecting the supporting surface , the sanding unit comprising motor means for rotating the trestle about the axis (R) characterized in that the motors means are configured to continuously rotate the trestle about the perpendicular axis (R) in such a way as to rotate said belt to condition the relative processing motion between the belt and the panel being processed, the rotation of the trestle about said axis (R) being a continuous rotation which generates an actual processing movement.
Measuring device comprising: - a support base - a movable arm , adapted to oscillate and having an extension prevailing along a longitudinal direction and being rotatable with respect to said support base along a rotation axis skewed with respect to said longitudinal direction , - a probe constrainable to said movable arm , - measuring means of said oscillation of said movable arm , - first magnetic means comprising: - at least one first magnetic element constrained to said movable arm , - at least a second magnetic element constrained to said support base and not oscillating together with said movable arm , - said first magnetic element and said second magnetic element being mutually movable along a movement trajectory , - said measuring device 1 being characterised by: - said movement trajectory has a prevailing extension along said longitudinal direction , - said first magnetic element and said second magnetic element exerting magnetic force on each other in at least one position along said movement trajectory . - a support base - a movable arm , adapted to oscillate and having an extension prevailing along a longitudinal direction and being rotatable with respect to said support base along a rotation axis skewed with respect to said longitudinal direction , - a probe constrainable to said movable arm , - measuring means of said oscillation of said movable arm , - first magnetic means comprising: - at least one first magnetic element constrained to said movable arm , - at least a second magnetic element constrained to said support base and not oscillating together with said movable arm , - said first magnetic element and said second magnetic element being mutually movable along a movement trajectory , - at least one first magnetic element constrained to said movable arm , - at least a second magnetic element constrained to said support base and not oscillating together with said movable arm , - said first magnetic element and said second magnetic element being mutually movable along a movement trajectory , - said measuring device 1 being characterised by: - said movement trajectory has a prevailing extension along said longitudinal direction , - said first magnetic element and said second magnetic element exerting magnetic force on each other in at least one position along said movement trajectory . - said movement trajectory has a prevailing extension along said longitudinal direction , - said first magnetic element and said second magnetic element exerting magnetic force on each other in at least one position along said movement trajectory .
A filament emulation circuit for emulating a fluorescent lamp filament such that a fluorescent lamp ballast senses that a fluorescent lamp filament is present and for a retrofittable tubular light emitting diode lamp for operating with a fluorescent lamp ballast , the filament emulation circuit comprising: - a first power connection and a second power connection for receiving an output power of the fluorescent lamp ballast , wherein the first power connection and the second power connection are coupled to a single Bi-Pin connector, - a first switching element arranged to prevent a current to flow between the first power connection and the second power connection when the first switching element is set in a non-conductive state, characterised in that - a first energy storage device coupled between the first power connection and the second power connection, - a first controller for controlling the first switching element , wherein the first controller is arranged for receiving power from the first energy storage device . - a first power connection and a second power connection for receiving an output power of the fluorescent lamp ballast , wherein the first power connection and the second power connection are coupled to a single Bi-Pin connector, - a first switching element arranged to prevent a current to flow between the first power connection and the second power connection when the first switching element is set in a non-conductive state, characterised in that - a first energy storage device coupled between the first power connection and the second power connection, - a first controller for controlling the first switching element , wherein the first controller is arranged for receiving power from the first energy storage device .
A connector cleaning system configured for electrical connectors comprising: (a) one or more cleaning elements adapted to engage said electrical connector and remove contaminants from a contact portion of the connector, wherein the one or more cleaning elements are disposed within one or more chambers formed in the connector cleaning system , wherein the one or more cleaning elements are configured to clean the connector with a cleaning medium; characterized in further comprising: (b) an image processing device adapted to capture an image of the contact portion after removal of contaminants. (a) one or more cleaning elements adapted to engage said electrical connector and remove contaminants from a contact portion of the connector, wherein the one or more cleaning elements are disposed within one or more chambers formed in the connector cleaning system , wherein the one or more cleaning elements are configured to clean the connector with a cleaning medium; characterized in further comprising: (b) an image processing device adapted to capture an image of the contact portion after removal of contaminants.
A capacitor that includes a case member and a capacitor element , the capacitor comprising: a capacitor element that is made by winding or laminating an anode body and a cathode body , between which a separator is sandwiched; a sealing member that seals an opening of the case member , which accommodates the capacitor element; an anode part that is drawn from the anode body of the capacitor element to an element end-face , to be formed over the element end-face; a cathode part that is drawn from the cathode body of the capacitor element to the element end-face, to be formed over the element end-face; an anode terminal member that is disposed in the sealing member; and a cathode terminal member that is disposed in the sealing member, characterized in that the capacitor further comprises: an anode current collector plate that is connected to the anode part, and is also connected to the anode terminal member; and a cathode current collector plate that is connected to the cathode part, and is also connected to the cathode terminal member, wherein the anode terminal member is superposed on the anode current collector plate wherein a side face part of the anode terminal member is welded to a side face part of the anode current collector plate, or the cathode terminal member is superposed on the cathode current collector plate wherein a side face part of the cathode terminal member is welded to a side face part of the cathode current collector plate. a capacitor element that is made by winding or laminating an anode body and a cathode body , between which a separator is sandwiched; a sealing member that seals an opening of the case member , which accommodates the capacitor element; an anode part that is drawn from the anode body of the capacitor element to an element end-face , to be formed over the element end-face; a cathode part that is drawn from the cathode body of the capacitor element to the element end-face, to be formed over the element end-face; an anode terminal member that is disposed in the sealing member; and a cathode terminal member that is disposed in the sealing member, characterized in that the capacitor further comprises: an anode current collector plate that is connected to the anode part, and is also connected to the anode terminal member; and a cathode current collector plate that is connected to the cathode part, and is also connected to the cathode terminal member, wherein an anode current collector plate that is connected to the anode part, and is also connected to the anode terminal member; and a cathode current collector plate that is connected to the cathode part, and is also connected to the cathode terminal member, wherein the anode terminal member is superposed on the anode current collector plate wherein a side face part of the anode terminal member is welded to a side face part of the anode current collector plate, or the cathode terminal member is superposed on the cathode current collector plate wherein a side face part of the cathode terminal member is welded to a side face part of the cathode current collector plate.
A steering column assembly comprising: a) an outer tube having an inner diameter; b) an inner tube having an outer diameter that is smaller than the inner diameter of the outer tube ; wherein the inner tube is adapted for fore and aft translation relative to the outer tube ; c) an actuator for causing the fore and aft translation, the actuator including: i. a motor that is mounted in a fixed position relative to one of the outer tube or the inner tube ; ii. a screw having a longitudinal axis (LA) and is rotationally driven about the longitudinal axis by the motor; d) a pivoting nut assembly that is adapted to travel fore and aft generally along an axis that is the same as or generally parallel with the longitudinal axis; wherein the pivoting nut assembly includes a bracket that is operably joined with the other of the inner tube or outer tube that is not fixed relative to the motor, for causing fore or aft translation of the inner tube in response to operation of the motor, and a nut that is assembled on the bracket and is adapted for pivotal movement in an axis generally transverse to the longitudinal axis; characterized in that the inner tube , the outer tube , or both, includes a telescoping bolt projecting outwardly from its external surface. a) an outer tube having an inner diameter; b) an inner tube having an outer diameter that is smaller than the inner diameter of the outer tube ; wherein the inner tube is adapted for fore and aft translation relative to the outer tube ; c) an actuator for causing the fore and aft translation, the actuator including: i. a motor that is mounted in a fixed position relative to one of the outer tube or the inner tube ; ii. a screw having a longitudinal axis (LA) and is rotationally driven about the longitudinal axis by the motor; i. a motor that is mounted in a fixed position relative to one of the outer tube or the inner tube ; ii. a screw having a longitudinal axis (LA) and is rotationally driven about the longitudinal axis by the motor; d) a pivoting nut assembly that is adapted to travel fore and aft generally along an axis that is the same as or generally parallel with the longitudinal axis;
A method for separating particles of different densities, in particular seeds, in a process stream of a magnetic process fluid, characterised in that the particles or seeds are introduced into the process fluid and mixed in order to obtain a turbulent first partial flow of the process fluid, which turbulent first partial flow is added to a laminar second partial flow of the process fluid for the formation of the process stream, which process stream is subjected to a magnetic field for the realization of a density-stratification in the process stream, such that the individual particles or seeds in the process stream assume a density-dependent position, after which the particles or seeds located in or near a predetermined position or positions in the process stream are separated from the remaining particles or seeds in the process stream.
A handle for a sliding door comprising: - a rotatable knob having an outer portion with a greater diameter defining frontally a manual gripping region for a user, and an inner portion with a lesser diameter extending along an axis of rotation (X1) of the knob ; - a pawl comprising an outer portion with a greater diameter and an inner portion with a lesser diameter extending along a central axis (X2) of the pawl , the inner portion of the pawl and the inner portion of the knob being telescopically couplable so that the outer portions of the knob and of the pawl can be arranged on opposite sides of a sliding door (P), wherein the handle further comprises, for each of said knob and pawl , a washer that is applicable stably to a hole made in the sliding door (P) and provided with an opening, preferably central, by which the washer is fitted to said knob or pawl , and wherein between at least one of said washers and the respective knob or pawl a connecting ring is interposed that is fitted stably to a receiving portion of the knob or of the pawl and provided with an annular recess within which a preferably circular edge is housed stably, defining said hole of the washer and wherein the connecting ring comprises, on an outer surface, a first and a second protrusion cooperating to bound said annular recess and to retain said edge by an undercut. - a rotatable knob having an outer portion with a greater diameter defining frontally a manual gripping region for a user, and an inner portion with a lesser diameter extending along an axis of rotation (X1) of the knob ; - a pawl comprising an outer portion with a greater diameter and an inner portion with a lesser diameter extending along a central axis (X2) of the pawl , the inner portion of the pawl and the inner portion of the knob being telescopically couplable so that the outer portions of the knob and of the pawl can be arranged on opposite sides of a sliding door (P), wherein the handle further comprises, for each of said knob and pawl , a washer that is applicable stably to a hole made in the sliding door (P) and provided with an opening, preferably central, by which the washer is fitted to said knob or pawl , and wherein between at least one of said washers and the respective knob or pawl a connecting ring is interposed that is fitted stably to a receiving portion of the knob or of the pawl and provided with an annular recess within which a preferably circular edge is housed stably, defining said hole of the washer and wherein the connecting ring comprises, on an outer surface, a first and a second protrusion cooperating to bound said annular recess and to retain said edge by an undercut.
A gas engine heat pump comprising: an engine which burns a mixed air of air and fuel; a turbo charger comprising: a first compressor which compresses the mixed air and supplies to the engine , and a first turbine which is installed in the first exhaust flow path and receives the exhaust gas from the engine to drive the first compressor ; a first exhaust flow path which connects the engine and the first turbine ; a supercharger which is installed in the first exhaust flow path between the engine and the first turbine , and receives and compresses the exhaust gas passing through the first exhaust flow path to supply to the first turbine ; a second exhaust flow path which is branched from the first exhaust flow path between the engine and the supercharger , and converges to the first exhaust flow path between the supercharger and the first turbine ; a first valve which is installed to be opened and closed in the second exhaust flow path ; a third exhaust flow path which is branched from the first exhaust flow path between the supercharger and the first turbine , and converges to the first exhaust flow path in downstream of the first turbine ; a second valve which is installed to be opened and closed in the third exhaust flow path ; and a controller which controls operations of the first valve , the second valve , and the supercharger according to load of the engine . an engine which burns a mixed air of air and fuel; a turbo charger comprising: a first compressor which compresses the mixed air and supplies to the engine , and a first turbine which is installed in the first exhaust flow path and receives the exhaust gas from the engine to drive the first compressor ; a first exhaust flow path which connects the engine and the first turbine ; a supercharger which is installed in the first exhaust flow path between the engine and the first turbine , and receives and compresses the exhaust gas passing through the first exhaust flow path to supply to the first turbine ; a second exhaust flow path which is branched from the first exhaust flow path between the engine and the supercharger , and converges to the first exhaust flow path between the supercharger and the first turbine ; a first valve which is installed to be opened and closed in the second exhaust flow path ; a third exhaust flow path which is branched from the first exhaust flow path between the supercharger and the first turbine , and converges to the first exhaust flow path in downstream of the first turbine ; a second valve which is installed to be opened and closed in the third exhaust flow path ; and a controller which controls operations of the first valve , the second valve , and the supercharger according to load of the engine .
Hammering device meant for hammering poles, profiles and other elongated objects into the ground which hammering device comprises a body which can be attached to a working machine, one or more moveable pair of jaws which is attached to the body in order to grip the object to be hammered at least with a side grip wherein the jaws of the pair of jaws can be brought closer or brought farther away from each other with the help of a regulating unit, such as a hydraulic cylinder and the object to be hammered can be pressed between the mentioned jaws and which device further comprises at least two vibrator devices in order to create impacts which can be directed to the object to be hammered and that both jaws of the pair of jaws comprise their own vibrator device the rotations of which vibrator device are synchronized with each other, characterized in that both jaws comprise a jaw arm and attached at its end a gripping head which is attached at the end of the jaw arm with the help of a slide rail or with the help of a bearing with a linear direction, wherein the vibrator devices are located at the mentioned gripping heads .