mhurhangee/ep-ind-claims huggingface dataset:
A rotor of an electric machine, which has: a rotor body, an axis of rotation which extends in the axial direction and around which the rotor body can be rotated, an outer lateral surface which delimits the rotor body, at least one pole arrangement (2, 5, 6, 9), and a movement mechanism for the at least one pole arrangement (2, 5, 6, 9), wherein the movement mechanism is designed in such a way that the at least one pole arrangement (2, 5, 6, 9) is movable about its axis of rotation, which is oriented substantially parallel to the axis of rotation of the rotor, whereby the at least one pole arrangement (2, 5, 6, 9) can also be moved about its axis of rotation in addition to rotating about the axis of rotation of the rotor, the at least one pole arrangement (2, 5, 6, 9) has a symmetrically designed shape, the geometric centre of gravity and centre of mass of which coincide to allow rotation about its axis of rotation, characterized in that at least three pole arrangements are provided, forming a V-shaped arrangement or a spoke arrangement, and the at least three pole arrangements have different distances from the outer lateral surface of the rotor, and only the two pole arrangements (2, 5, 6, 9) with the smallest distance from the outer lateral surface can be moved about their axis of rotation. a rotor body, an axis of rotation which extends in the axial direction and around which the rotor body can be rotated, an outer lateral surface which delimits the rotor body, at least one pole arrangement (2, 5, 6, 9), and a movement mechanism for the at least one pole arrangement (2, 5, 6, 9), wherein the movement mechanism is designed in such a way that the at least one pole arrangement (2, 5, 6, 9) is movable about its axis of rotation, which is oriented substantially parallel to the axis of rotation of the rotor, whereby the at least one pole arrangement (2, 5, 6, 9) can also be moved about its axis of rotation in addition to rotating about the axis of rotation of the rotor, the at least one pole arrangement (2, 5, 6, 9) has a symmetrically designed shape, the geometric centre of gravity and centre of mass of which coincide to allow rotation about its axis of rotation, characterized in that at least three pole arrangements are provided, forming a V-shaped arrangement or a spoke arrangement, and the at least three pole arrangements have different distances from the outer lateral surface of the rotor, and only the two pole arrangements (2, 5, 6, 9) with the smallest distance from the outer lateral surface can be moved about their axis of rotation.
Container system for receiving a liquid sample comprising a container including: - a substantially tubular section adapted to receive a predefined volume of the sample, the substantially tubular section having an open first end and an at least partially openable second end; - a chamber surrounding, at least partially, the substantially tubular section, said chamber having an upper section which is at least partially open and a closed base; the substantially tubular section crossing the closed base of the chamber in such a manner that the first end of the substantially tubular section rises at a distance from the closed base of the chamber, the upper section of the chamber rising beyond the first end of the substantially tubular section, characterized in that the container further includes a connection channel which connects at least a section of the open upper section of the chamber to the first end of the substantially tubular section. - a substantially tubular section adapted to receive a predefined volume of the sample, the substantially tubular section having an open first end and an at least partially openable second end; - a chamber surrounding, at least partially, the substantially tubular section, said chamber having an upper section which is at least partially open and a closed base; the substantially tubular section crossing the closed base of the chamber in such a manner that the first end of the substantially tubular section rises at a distance from the closed base of the chamber, the upper section of the chamber rising beyond the first end of the substantially tubular section, characterized in that the container further includes a connection channel which connects at least a section of the open upper section of the chamber to the first end of the substantially tubular section.
A file resource processing method, executed by a file resource processing apparatus, comprising: receiving a file resource access request of a terminal, and determining a target file resource requested to be accessed by the terminal according to the file resource access request; marking the target file resource as being in a state of entering a grace period, in response to determining that the file resource access request belongs to a reestablishing resource state request; and executing an access operation corresponding to the file resource access request based on the target file resource, in response to determining that the file resource access request does not belong to the reestablishing resource state request. receiving a file resource access request of a terminal, and determining a target file resource requested to be accessed by the terminal according to the file resource access request; marking the target file resource as being in a state of entering a grace period, in response to determining that the file resource access request belongs to a reestablishing resource state request; and executing an access operation corresponding to the file resource access request based on the target file resource, in response to determining that the file resource access request does not belong to the reestablishing resource state request.
A private mobile radio network installation comprising a plurality of devices (S1, S2, S3) each comprising: - a local private mobile radio network infrastructure comprising a core network module, a subscriber server and a base station module; - a management system; and - a network interface; wherein the devices (S1, S2, S3) are connected therebetween via their network interfaces, characterized in that the management systems are designed to: - choose one of the devices (S1, S2, S3); and - connect the base station module of each device (S1, S2, S3) to the core network module of the chosen device to form a distributed private mobile radio network infrastructure; and - deactivate the core network module of each non-chosen device. - a local private mobile radio network infrastructure comprising a core network module, a subscriber server and a base station module; - a management system; and - a network interface; wherein the devices (S1, S2, S3) are connected therebetween via their network interfaces, characterized in that the management systems are designed to: - choose one of the devices (S1, S2, S3); and - connect the base station module of each device (S1, S2, S3) to the core network module of the chosen device to form a distributed private mobile radio network infrastructure; and - deactivate the core network module of each non-chosen device. - choose one of the devices (S1, S2, S3); and - connect the base station module of each device (S1, S2, S3) to the core network module of the chosen device to form a distributed private mobile radio network infrastructure; and - deactivate the core network module of each non-chosen device.
An electromechanical actuator for a movable flight control surface of an aircraft, the actuator comprising an electric motor having an outlet shaft with first and second directions of rotation, a movement transmission arranged to connect the outlet shaft of the motor to the movable flight control surface, and a control unit for controlling the motor, the transmission incorporates a pawl device arranged to oppose the transmission of movement in the first direction of rotation, the control unit is connected to a pawl declutching member for declutching the pawl and enabling movement to be transmitted in the first direction of rotation, characterized in that the transmission includes, downstream from the pawl device, a member for transforming rotary movement into movement in translation of a slide connected by a connecting rod to an eccentric portion constrained to move in rotation with the movable flight control surface, and in that the motor, an adjacent portion (1.1) of the transmission as far as the slide, the pawl device, and the declutching member are mounted on a strength member connected to a stationary structure by a hinge.
A Device for transferring a line between a retracted state and an extended state, wherein the line is arranged in an interface region between a semitrailer train and a semitrailer, wherein the line has a first line section and a second line section and wherein the line is longer in the extended state than in the retracted state, the device comprising an envelope element via which the first line section and the second line section are connectable for transfer between the retracted state and the extended state by forming a telescopic mechanism, characterized in that the line - is a gas pressure line, wherein the first line section is guided in a gas-tight manner in the envelope element and/or - is an electrical line, wherein a connector bushing element is provided for maintaining electrical contact, wherein the connector bushing element is in electrical contact with an electrically conductive part of the first line section in both a retracted state and an extended state. - is a gas pressure line, wherein the first line section is guided in a gas-tight manner in the envelope element and/or - is an electrical line, wherein a connector bushing element is provided for maintaining electrical contact, wherein the connector bushing element is in electrical contact with an electrically conductive part of the first line section in both a retracted state and an extended state.
A human machine interface apparatus for operating in an industrial facility comprising: a data store; a plurality of automation devices communicatively coupled to the data store via a network, wherein the automation devices are configured to store data in the data store; and a browser comprising an embedded interactive program and an execution engine for executing the embedded interactive program, the browser being configured to access data concerning one or more of the plurality of automation devices over the network and presenting such data with multimedia effects to a user, the multimedia effects being incorporated in the browser via the embedded interactive program, wherein one of the multimedia effects is an interactive graph that controls an output of an automation device, wherein a user can click and drag points on the interactive graph to effectuate changes in a production schedule, wherein the embedded interactive program includes bindings configured to bind program variables to device data such that a change in device data is immediately reflected in the program variable bound thereto. a data store; a plurality of automation devices communicatively coupled to the data store via a network, wherein the automation devices are configured to store data in the data store; and a browser comprising an embedded interactive program and an execution engine for executing the embedded interactive program, the browser being configured to access data concerning one or more of the plurality of automation devices over the network and presenting such data with multimedia effects to a user, the multimedia effects being incorporated in the browser via the embedded interactive program, wherein one of the multimedia effects is an interactive graph that controls an output of an automation device, wherein a user can click and drag points on the interactive graph to effectuate changes in a production schedule, wherein the embedded interactive program includes bindings configured to bind program variables to device data such that a change in device data is immediately reflected in the program variable bound thereto.
Digital television decoder comprising - at least one first bi-directional interface with a display device intended to transmit and receive analogue data with the said display device, wherein the at least first bi-directional interface cannot detect control signal whether a display device is actually connected, - at least one second mono-directional interface with the said display device intended to transmit analogue data to the said display device and, - means to detect the reception of a video stream on the first interface, said digital decoder being characterized in that it further comprises means to switch the transmission of the data to the second interface when no video signal is received on the first interface. - at least one first bi-directional interface with a display device intended to transmit and receive analogue data with the said display device, wherein the at least first bi-directional interface cannot detect control signal whether a display device is actually connected, - at least one second mono-directional interface with the said display device intended to transmit analogue data to the said display device and, - means to detect the reception of a video stream on the first interface, said digital decoder being characterized in that it further comprises means to switch the transmission of the data to the second interface when no video signal is received on the first interface.
A powered surgical instrument, comprising: (a) a shaft assembly having a longitudinal axis, wherein the shaft assembly includes a pair of attachment portions, and a first electrical connector; and (b) a handle assembly, wherein the handle assembly includes dovetail slots adapted to receive the pair of attachment portions, and a second electrical connector, wherein the shaft assembly is configured to be moved along an installation axis which is perpendicular to the longitudinal axis, to seat the attachment portions in the corresponding dovetail slots to attach the handle assembly to the shaft assembly; wherein the second electrical connector is configured to electrically connect with the first electrical connector when the handle assembly is attached to the shaft assembly; characterized in that the shaft assembly further includes a flexible element positioned adjacent to the first electrical connector, the flexible element configured to extend laterally between the attachment portions, wherein the flexible element is configured to create a liquid-resistant seal against the handle assembly and adjacent to the electrical connection of the first and second electrical connectors when the shaft assembly and the handle assembly are attached, wherein the flexible element is operable to separate the mating of the first and second electrical connectors from a remainder portion of the shaft assembly and the handle assembly, wherein the flexible element comprises an end portion, wherein the end portion: extends laterally along a length of the flexible element,; extends proximally from the shaft assembly; and is configured to clean and/or wipe the second electrical connector when the shaft assembly is being attached to the handle assembly. (a) a shaft assembly having a longitudinal axis, wherein the shaft assembly includes a pair of attachment portions, and a first electrical connector; and (b) a handle assembly, wherein the handle assembly includes dovetail slots adapted to receive the pair of attachment portions, and a second electrical connector, wherein the shaft assembly is configured to be moved along an installation axis which is perpendicular to the longitudinal axis, to seat the attachment portions in the corresponding dovetail slots to attach the handle assembly to the shaft assembly; extends laterally along a length of the flexible element,; extends proximally from the shaft assembly; and is configured to clean and/or wipe the second electrical connector when the shaft assembly is being attached to the handle assembly.
An atomic interferometer comprising: an interference means adapted to make an atomic beam generated by an atomic beam source interact with three or more moving standing light waves (200a, 200b, 200c); a divider (313c, 313d, 313e; PBS3a, PBS3b, PBS3c) for dividing a single laser beam into two laser beams; a frequency shift means (513a, 513b, 513c); and an optical means adapted to generate at least one of the three or more moving standing light waves (200a, 200b, 200c) by counter-propagation of a first laser beam and a second laser beam, the first laser beam being one of the two laser beams that is guided to enter the interference means after being frequency-shifted with the frequency shift means (513a, 513b, 513c), and the second laser beam being the other of the two laser beams that is guided to enter the interference means without passing through the frequency shift means (513a, 513b, 513c), wherein the optical means further comprises an optical fiber (511a, 511b, 511c) having one end connected to the divider and the other end connected to the frequency shift means (513a, 513b, 513c) for guiding the one of the two laser beams to the frequency shift means (513a, 513b, 513c). an interference means adapted to make an atomic beam generated by an atomic beam source interact with three or more moving standing light waves (200a, 200b, 200c); a divider (313c, 313d, 313e; PBS3a, PBS3b, PBS3c) for dividing a single laser beam into two laser beams; a frequency shift means (513a, 513b, 513c); and an optical means adapted to generate at least one of the three or more moving standing light waves (200a, 200b, 200c) by counter-propagation of a first laser beam and a second laser beam, the first laser beam being one of the two laser beams that is guided to enter the interference means after being frequency-shifted with the frequency shift means (513a, 513b, 513c), and the second laser beam being the other of the two laser beams that is guided to enter the interference means without passing through the frequency shift means (513a, 513b, 513c), wherein the optical means further comprises an optical fiber (511a, 511b, 511c) having one end connected to the divider and the other end connected to the frequency shift means (513a, 513b, 513c) for guiding the one of the two laser beams to the frequency shift means (513a, 513b, 513c).
Power unit (1, 100) of an electric vehicle comprising an electric motor (2, 102) and a reduction gearbox comprising a differential ring gear, characterized in that the reduction gearbox comprises a distribution member for recovering oil sprayed by the differential ring gear, and in that the power unit (1, 100) comprises a hollow oil circulation disk (19, 121) placed between coupling faces of the motor (2, 102) and of the reduction gearbox, said disk (19, 121) being provided with an inlet hole (22, 132) and an outlet hole (23, 133) for oil in communication with the reduction gearbox, one of the faces of said hollow disk (19, 121) being in contact with a face of a cooling chamber (10, 120) of the electric motor (2, 102), and the distribution member creating a first flow of oil toward the inlet hole (22, 132) of the hollow disk (19, 121) in order to supply said hollow disk (19, 121) with oil.
A method for controlling an actuator of an articulated segment comprising the steps for: - Estimating an inertia J of the segment and a minimum articulation viscous friction f; - Estimating or measuring a speed of movement Ẋ of the segment and an internal deformation Δ X of the actuator; - Synthesizing a control law of the H ∞ type generating a control torque based on these estimations or measurements and meeting a performance objective relating to a transfer function G s = X ̈ F between an acceleration Ẍ of the segment and an external force F applied to the segment: ∥ G ( s) W s ( s)∥ ∞ ≤ 1 with W s s = s + ε Js + f − 1, ε being a mathematical artifact and s the Laplace variable; - Controlling the actuator of the articulated segment according to the control law thus synthesized. - Estimating an inertia J of the segment and a minimum articulation viscous friction f; - Estimating or measuring a speed of movement Ẋ of the segment and an internal deformation Δ X of the actuator; - Synthesizing a control law of the H ∞ type generating a control torque based on these estimations or measurements and meeting a performance objective relating to a transfer function G s = X ̈ F between an acceleration Ẍ of the segment and an external force F applied to the segment: ∥ G ( s) W s ( s)∥ ∞ ≤ 1 with W s s = s + ε Js + f − 1, ε being a mathematical artifact and s the Laplace variable; - Controlling the actuator of the articulated segment according to the control law thus synthesized.
An electric retractor comprising: a winding part configured to extract and wind a seatbelt that restrains an occupant; an electric driving part for performing at least one of extracting or winding said seatbelt by a driving of a motor; and a control part configured to control the driving of said motor, characterized in that external covers (12, 34, 52) of said winding part, said electric driving part, and said control part are connected to the same potential by a conductive coupling member; an electric motor main body of said motor and said external cover of said electric driving part are coupled with each other by a conductive screw; and a ground terminal of a GND harness connected to a GND is connected to a fastening point of the electric driving part where said external covers (12, 34, 52) of said winding part, said driving part, and said control part are connected to the same potential by said conductive coupling member, at least one of said external covers (12, 34, 52) being connected to the GND, thereby constituting a noise shield. a winding part configured to extract and wind a seatbelt that restrains an occupant; an electric driving part for performing at least one of extracting or winding said seatbelt by a driving of a motor; and a control part configured to control the driving of said motor,