mhurhangee/ep-ind-claims huggingface dataset:
A method for managing the circulation of a train along a section of a railroad track, implemented by a signaling system of the CBTC type, the signaling system being able, in a nominal mode, to define a route on the section allowing the circulation of the train in a nominal circulation direction, the route extending over a plurality of successive zones (20 - 28) between an origin signal and a destination signal, the method consisting, in case of occurrence of an event preventing the train from continuing its movement along the route, of causing the train to circulate in a circulation direction opposite the nominal circulation direction by: - selecting an origin zone and an output signal; - tracing, via a supervision system of the signaling system, a pseudo-route for the train on successive zones between the origin zone and the output signal; - opening, via an interlocking device of the signaling system, the pseudo-route by associating each zone between the origin zone and the output signal with a sub-route, each sub-route corresponding to the reservation of said zone for the train in the opposite circulation direction; - informing the train that it must modify its current circulation direction so that its current circulation corresponds to the opposite circulation direction; and - determining, via a zone controller of the signaling system, a movement authorization for the train from the current circulation direction of the train and sub-routes open for said train and taking into account a list of obstacles regularly updated by the zone controller; - sending the movement authorization to the train to control the movement of the train, the steps for determining and sending a movement authorization being iterated until the train crosses the output signal. - selecting an origin zone and an output signal; - tracing, via a supervision system of the signaling system, a pseudo-route for the train on successive zones between the origin zone and the output signal; - opening, via an interlocking device of the signaling system, the pseudo-route by associating each zone between the origin zone and the output signal with a sub-route, each sub-route corresponding to the reservation of said zone for the train in the opposite circulation direction; - informing the train that it must modify its current circulation direction so that its current circulation corresponds to the opposite circulation direction; and - determining, via a zone controller of the signaling system, a movement authorization for the train from the current circulation direction of the train and sub-routes open for said train and taking into account a list of obstacles regularly updated by the zone controller; - sending the movement authorization to the train to control the movement of the train,
A leucite glass ceramic powder, comprising (a) a leucite glass ceramic powder; and (b) a nanoscale metal oxide powder with a d 50 value of 1 nm to 200 nm, whereby the nanoscale metal oxide (b) is ZrO 2 or Al 2 O 3, and the nanoscale metal oxide (b) is present in a quantity of 30% to 80% by weight, especially approximately 60% by weight, relative to the total weight of the powder. (a) a leucite glass ceramic powder; and (b) a nanoscale metal oxide powder with a d 50 value of 1 nm to 200 nm, whereby the nanoscale metal oxide (b) is ZrO 2 or Al 2 O 3, and the nanoscale metal oxide (b) is present in a quantity of 30% to 80% by weight, especially approximately 60% by weight, relative to the total weight of the powder.
A calibration bracket, comprising: a base; and a stand assembly fixedly connected to the base; characterized in that, the calibration bracket further comprises: a beam assembly, the beam assembly comprises a beam and at least one supporting rod; the beam being connected to the at least one supporting rod and configured to mount a calibration element (300, 500), the calibration element (300, 500) being configured to calibrate a vehicle-mounted driver assistant system; and two fixing blocks (510, 520) supported by the beam, the two fixing blocks (510, 520) being movable on the beam, the two fixing blocks (510, 520) and the at least one supporting rod being capable of collaboratively supporting a large-sized calibration element, the two fixing blocks (510, 520) respectively configured for fixing the large-sized calibration element from left and right ends, and the at least one supporting rod supporting the large-sized calibration element underneath the large-sized calibration element, characterized in that either of the fixing blocks (510,520) is being configured to mount a small-sized calibration element. a base; and a stand assembly fixedly connected to the base; characterized in that, the calibration bracket further comprises: a beam assembly, the beam assembly comprises a beam and at least one supporting rod; the beam being connected to the at least one supporting rod and configured to mount a calibration element (300, 500), the calibration element (300, 500) being configured to calibrate a vehicle-mounted driver assistant system; and two fixing blocks (510, 520) supported by the beam, the two fixing blocks (510, 520) being movable on the beam, the two fixing blocks (510, 520) and the at least one supporting rod being capable of collaboratively supporting a large-sized calibration element, the two fixing blocks (510, 520) respectively configured for fixing the large-sized calibration element from left and right ends, and the at least one supporting rod supporting the large-sized calibration element underneath the large-sized calibration element, characterized in that either of the fixing blocks (510,520) is being configured to mount a small-sized calibration element. a beam assembly, the beam assembly comprises a beam and at least one supporting rod; the beam being connected to the at least one supporting rod and configured to mount a calibration element (300, 500), the calibration element (300, 500) being configured to calibrate a vehicle-mounted driver assistant system; and two fixing blocks (510, 520) supported by the beam, the two fixing blocks (510, 520) being movable on the beam, the two fixing blocks (510, 520) and the at least one supporting rod being capable of collaboratively supporting a large-sized calibration element, the two fixing blocks (510, 520) respectively configured for fixing the large-sized calibration element from left and right ends, and the at least one supporting rod supporting the large-sized calibration element underneath the large-sized calibration element, characterized in that either of the fixing blocks (510,520) is being configured to mount a small-sized calibration element.
Apparatus designed to connect a sensor to a control/evaluation unit, wherein at least one clamping device is fitted on a molded part, said clamping device serving to establish a connection between at least one connecting cable of the sensor and at least one connecting cable of the control/evaluation unit, wherein a soldering lug is provided, said soldering lug serving to establish a solder joint between the connecting cable of the sensor and the clamping device, wherein the soldering lug is at least partially designed in such a way as to dampen any vibrations occurring, particularly vibrations from the molded part and/or the clamping device on the solder joint, or from the molded part or the clamping device on the connecting cable, or from the connecting cables on the clamping device and/or the connecting cables, characterized in that the soldering lug is repeatedly folded in a V, N or M shape, or has a V-shaped partial area that is used to dampen any vibrations.
An apparatus for deploying a stent comprising: a stent delivery device having a proximal end portion and a distal end portion; at least one stent carried on the proximal end portion of the delivery device, the stent having both a radially outward expanded configuration and a radially inward compressed configuration, the stent comprising a proximal end and a distal end; a restraining device comprising an elongated material, cord, string, suture, tie, wire, line or thread, and having a first contracted position in which it restrains the proximal stent end in the radially inward compressed configuration, and a second loosened position in which it allows the proximal stent end to adopt the radially outward expanded configuration. at least one trigger wire mechanism (58, 60) comprising a proximal end portion and a distal end portion, wherein the proximal end portion of the trigger wire mechanism is releasably coupled to the restraining device for allowing the restraining device to move from its first contracted position to its second loosened position, characterized in that the restraining device is releasably connected to the stent proximal end portion such that upon removal of the at least one trigger wire mechanism, the restraining device circumferentially disengages from the stent proximal end which then assumes the radially outward expanded position. a stent delivery device having a proximal end portion and a distal end portion; at least one stent carried on the proximal end portion of the delivery device, the stent having both a radially outward expanded configuration and a radially inward compressed configuration, the stent comprising a proximal end and a distal end; a restraining device comprising an elongated material, cord, string, suture, tie, wire, line or thread, and having a first contracted position in which it restrains the proximal stent end in the radially inward compressed configuration, and a second loosened position in which it allows the proximal stent end to adopt the radially outward expanded configuration. at least one trigger wire mechanism (58, 60) comprising a proximal end portion and a distal end portion, wherein the proximal end portion of the trigger wire mechanism is releasably coupled to the restraining device for allowing the restraining device to move from its first contracted position to its second loosened position, characterized in that the restraining device is releasably connected to the stent proximal end portion such that upon removal of the at least one trigger wire mechanism, the restraining device circumferentially disengages from the stent proximal end which then assumes the radially outward expanded position.
A unit for the inspection of a group of portions of tobacco industry articles; the inspection unit comprises: a transport device comprising a seat, which is adapted to house the group of portions and feed along a path, which extends between an input station and an output station; and an optical device, which is arranged along the path in the area of an inspection station so as to capture at least one image of the group of portions; wherein, in the input station and in the output station, the group of portions is in a first configuration, in which the portions are axially aligned in end to end contact with one another; and wherein the group of portions has no elements that join the portions to one another and, therefore, the portions can freely move relative to one another; the inspection unit is characterized in that it comprises first moving means, which are coupled to the transport device so as to cause, in the group of portions, a first relative movement between the portions upstream of the inspection station, so that, at the inspection station the group of portions is in a second configuration, in which at least one portion is misaligned with and/or spaced apart from the other portions. a transport device comprising a seat, which is adapted to house the group of portions and feed along a path, which extends between an input station and an output station; and an optical device, which is arranged along the path in the area of an inspection station so as to capture at least one image of the group of portions; wherein, in the input station and in the output station, the group of portions is in a first configuration, in which the portions are axially aligned in end to end contact with one another; and wherein the group of portions has no elements that join the portions to one another and, therefore, the portions can freely move relative to one another; the inspection unit is characterized in that it comprises first moving means, which are coupled to the transport device so as to cause, in the group of portions, a first relative movement between the portions upstream of the inspection station, so that, at the inspection station the group of portions is in a second configuration, in which at least one portion is misaligned with and/or spaced apart from the other portions.
Fuselage structure of a rotorcraft suitable for being extended longitudinally between the front and the rear of the rotorcraft and formed of load-bearing stiffener members and a load-bearing covering; the stiffener members comprising load-bearing transverse frames (9a, 9b, 10a, 10b, 10c, 10d) locally delimiting the transverse profile of the fuselage structure and load-bearing longitudinal stiffeners (11a, 11b); the fuselage structure comprising a middle segment suitable for being longitudinally interposed between a cockpit and a tail boom carrying an anti-torque device; the fuselage structure comprising a middle floor and a load-bearing top floor mounted securely engaged with at least two said load-bearing transverse frames, referred to as middle frames (9a, 9b) incorporated in the middle segment; the top floor providing a top wall suitable for constituting a member for installing at least a main rotor with substantially vertical axis of the rotorcraft; the fuselage structure being fitted with partitioning structures delimiting various compartments in an inside volume of the fuselage structure, including at least: one top compartment having a habitable space function and at least one bottom compartment having a technical space function, the top compartment and the bottom compartment being separated from each other by the middle floor arranged vertically between the top compartment and the bottom compartment; the middle floor being at least in part overhung by the top floor and providing at its top face a loading plane in the top compartment, said middle floor being securely engaged with at least said middle frames (9a, 9b), characterised in that the middle floor forms a load-bearing floor and is formed of reinforced panels as well as stiffener members (34, 35); the reinforced panels being fastened on and/or embedded in the stiffener members (34, 35); longitudinally between the middle frames (9a, 9b), the bottom compartment being free of said covering on a bottom face of the fuselage which is open to the outside by providing an outlet of the bottom compartment to the outside of the fuselage.
Method for reusing materials and/or products by pulsed power according to which, in a first step, a series of electrical discharges are generated between at least two electrodes in a reactor receiving an ambient liquid as well as the materials and/or products to be reused, in which the series of said electrical discharges produces, as a result of the energy, the frequency of the electrical discharges, as well as on account of the voltage between the electrodes and the switching time, a mechanical shockwave that propagates over the materials and/or products to be processed in the reactor and which carries out a weakening of the materials and/or products to be processed, characterised in that, in a second step, the products and/or materials are made to undergo a series of electrical discharges of which the energy, the voltage between the electrodes that generate them, the switching time and the discharge frequency are chosen such that said discharges carry out a selective fragmentation of the material by an electromagnetic field effect.
Method for automatic management of communication in progress between at least two communication terminals: a communication terminal requesting the establishment of a communication and at least one communication terminal (T2...Tn) which is a recipient of the requested communication, the communication in progress comprising several audio streams (f1, f2...fn) originating from the communication terminals (T1, T2...Tn), characterized in that the management method comprises: • an automatic triggering of a closure of the communication in progress, the triggering being performed as soon as a voice sound level (nsv) detected on one of the audio streams (f1, f2...fn) of the communication in progress for a predetermined duration (Δ) during the communication in progress is below a predetermined threshold, • a determination of the automatic maintaining of a communication in progress as a function of at least one predetermined parameter (pp) of mode of use of a communication terminal of the communication in progress, the determination of maintaining ordering (cnt) the prevention of any automatic communication closure of the communication in progress. • an automatic triggering of a closure of the communication in progress, the triggering being performed as soon as a voice sound level (nsv) detected on one of the audio streams (f1, f2...fn) of the communication in progress for a predetermined duration (Δ) during the communication in progress is below a predetermined threshold, • a determination of the automatic maintaining of a communication in progress as a function of at least one predetermined parameter (pp) of mode of use of a communication terminal of the communication in progress, the determination of maintaining ordering (cnt) the prevention of any automatic communication closure of the communication in progress.
A non-transitory memory, storing a digital signature of a print cartridge where said digital signature indicates that an identifier and setting data are from a trusted source, characterized in that said setting data includes a hash that represents information stored outside of said digital signature and in said non-transitory memory, said information is a color map, and said setting data includes printer functional data. a digital signature of a print cartridge where said digital signature indicates that an identifier and setting data are from a trusted source, characterized in that said setting data includes a hash that represents information stored outside of said digital signature and in said non-transitory memory, said information is a color map, and said setting data includes printer functional data.
A ski, wherein the ski comprises: a. a ski core; b. a ski coating which forms a lower side of the ski; c. a base laminate (40; 50; 60; 70; 80; 90; 100) which is arranged between the ski core and the ski coating; d. steel edges; e. and sidewalls which are arranged between the ski core and an upper side of the steel edges which faces the ski core, wherein f. the base laminate (40; 50; 60; 70; 80; 90; 100) comprises peripheral regions (41, 42; 51, 52; 61, 62, 63, 64; 71, 72; 81, 82, 83, 84; 91, 92; 101, 102) which laterally protrude transverse to a longitudinal axis of the ski and at least partially encompass the sidewalls in at least a portion of the ski. a. a ski core; b. a ski coating which forms a lower side of the ski; c. a base laminate (40; 50; 60; 70; 80; 90; 100) which is arranged between the ski core and the ski coating; d. steel edges; e. and sidewalls which are arranged between the ski core and an upper side of the steel edges which faces the ski core,
A single polarization layered liquid crystal optical device obtainable by wafer processing and singulation, comprising an optical aperture and having a layered structure comprising: a first substrate and a second substrate with a layer of liquid crystal material between the first substrate and the second substrate, side edges of the first substrate being positioned over and aligned with side edges of the second substrate, said device further comprising: a film electrode formed on a surface of the first substrate; and a contact structure filling a volume within said layered structure and contacting said film electrode, characterized in that: a lens structure layer is stacked with said layer of liquid crystal material and both layers are located between said first and second second substrates, and in that said contact structure is located outside of said optical aperture at a peripheral edge surface of said device, and said contact structure provides an external electrical connection surface much larger than the cross-section area of said film electrode at said peripheral edge surface. a film electrode formed on a surface of the first substrate; and a contact structure filling a volume within said layered structure and contacting said film electrode, characterized in that: a lens structure layer is stacked with said layer of liquid crystal material and both layers are located between said first and second second substrates, and in that said contact structure is located outside of said optical aperture at a peripheral edge surface of said device, and said contact structure provides an external electrical connection surface much larger than the cross-section area of said film electrode at said peripheral edge surface.
Device for measuring mass flow rate, including: - a flow tube defining a fluid-flow path; characterized in that it furthermore comprises: - a first group of actuators (41, 42), including at least two actuators placed in a first plane including a first cross section of the tube and perpendicular to the fluid-flow path, the actuators (41, 42) of the first group being configured to move selectively in the first plane, said actuators of the first group being configured to selectively form a recess or protrusion with respect to the tube, this recess and this protrusion having an area Aa in the first plane, the flow area in the tube level with the first plane being denoted by Ac, the following relationship being respected: Ac / Aa > 10; - a control circuit configured to control a movement of the first and second actuators (41, 42) of the first group so that the area of the cross section of the flow through the tube in the first plane remains constant, said actuators of the first group being controlled with acceleration setpoints or with setpoints for an amount of movement in the first plane; - at least one sensor (51, 52) for measuring a force or a stress in a direction perpendicular to the flow path, said measuring sensor being placed in proximity to the actuators of the first group (41, 42) on the flow path and furthermore being configured to measure a force in said direction perpendicular to the flow path; - a computing device configured to compute the mass flow rate passing through the flow tube depending on the force or the stress measured by said sensor. - a flow tube defining a fluid-flow path; - a first group of actuators (41, 42), including at least two actuators placed in a first plane including a first cross section of the tube and perpendicular to the fluid-flow path, the actuators (41, 42) of the first group being configured to move selectively in the first plane, said actuators of the first group being configured to selectively form a recess or protrusion with respect to the tube, this recess and this protrusion having an area Aa in the first plane, the flow area in the tube level with the first plane being denoted by Ac, the following relationship being respected: Ac / Aa > 10; - a control circuit configured to control a movement of the first and second actuators (41, 42) of the first group so that the area of the cross section of the flow through the tube in the first plane remains constant, said actuators of the first group being controlled with acceleration setpoints or with setpoints for an amount of movement in the first plane; - at least one sensor (51, 52) for measuring a force or a stress in a direction perpendicular to the flow path, said measuring sensor being placed in proximity to the actuators of the first group (41, 42) on the flow path and furthermore being configured to measure a force in said direction perpendicular to the flow path; - a computing device configured to compute the mass flow rate passing through the flow tube depending on the force or the stress measured by said sensor.