mhurhangee/ep-ind-claims huggingface dataset:
An encoder (31, 32, 39) comprising: a signal generator configured to detect an operation of a motor driven by a servo driver and generate a feedback signal indicating the detected operation; an input unit (312, 312a) configured to receive, via a sensor cable (71 - 74), a detected signal output from a sensor (61 - 64) which detects an object driven by the motor; and a communication unit configured to output to the servo driver the feedback signal generated by the signal generator and the detected signal input to the input unit (312, 312a) and characterized in that the encoder has an operation mode in which a plurality of servo drivers (2, 2a) can communicate with each other, and the communication unit is configured to transmit, in the operation mode, information indicating a servo driver (2, 2a) corresponding to a destination of the detected signal. a signal generator configured to detect an operation of a motor driven by a servo driver and generate a feedback signal indicating the detected operation; an input unit (312, 312a) configured to receive, via a sensor cable (71 - 74), a detected signal output from a sensor (61 - 64) which detects an object driven by the motor; and a communication unit configured to output to the servo driver the feedback signal generated by the signal generator and the detected signal input to the input unit (312, 312a) and characterized in that the encoder has an operation mode in which a plurality of servo drivers (2, 2a) can communicate with each other, and the communication unit is configured to transmit, in the operation mode, information indicating a servo driver (2, 2a) corresponding to a destination of the detected signal.
A contact sensor comprising: a permanent magnet; a first magnetic field sensor configured to make a first measurement of a magnetic field induced by the permanent magnet; a second magnetic field sensor configured to make a second measurement of the magnetic field; the first and the second magnetic field sensors being arranged apart from each other; and and a computing device in communication with the first magnetic field sensor and the second magnetic field sensor, the computing device configured to execute an "Open/Close" function based on at least one of the first measurement or the second measurement, and configured to execute a "Masking" function based on the first measurement and the second measurement, wherein the permanent magnet is movable between a first magnet position and a second magnet position, wherein a sensing direction of the first magnetic field sensor and the second magnetic field sensor is substantially in parallel to a magnetic field axis of the permanent magnet when the permanent magnet is at the first magnet position, and wherein the first magnetic field sensor and the second magnetic field sensor are positioned along an axis that is substantially perpendicular to the magnetic field axis of the permanent magnet when the permanent magnet is at the first magnet position. a permanent magnet; a first magnetic field sensor configured to make a first measurement of a magnetic field induced by the permanent magnet; a second magnetic field sensor configured to make a second measurement of the magnetic field; the first and the second magnetic field sensors being arranged apart from each other; and and a computing device in communication with the first magnetic field sensor and the second magnetic field sensor, the computing device configured to execute an "Open/Close" function based on at least one of the first measurement or the second measurement, and configured to execute a "Masking" function based on the first measurement and the second measurement, wherein the permanent magnet is movable between a first magnet position and a second magnet position, wherein a sensing direction of the first magnetic field sensor and the second magnetic field sensor is substantially in parallel to a magnetic field axis of the permanent magnet when the permanent magnet is at the first magnet position, and wherein the first magnetic field sensor and the second magnetic field sensor are positioned along an axis that is substantially perpendicular to the magnetic field axis of the permanent magnet when the permanent magnet is at the first magnet position.
A process comprising: a. preparing a curable epoxy-anhydride thermoset composition; and b. applying said curable epoxy-anhydride thermoset composition in a cured-in-place pipe rehabilitation process, wherein said curable epoxy-anhydride thermoset composition comprises: i. an epoxy resin ii. an anhydride hardener iii. a catalyst; and wherein the concentration of the catalyst is 0.1 wt% to 3 wt%. a. preparing a curable epoxy-anhydride thermoset composition; and b. applying said curable epoxy-anhydride thermoset composition in a cured-in-place pipe rehabilitation process, i. an epoxy resin ii. an anhydride hardener iii. a catalyst; and
Ophthalmological laser treatment device, having - a treatment laser, in particular an excimer laser or femtosecond laser, for introducing energy into a part of an eye of a patient according to a predetermined surgical structure, - a light source for illuminating at least the part of the eye and - a detection device for recording an image of at least the part of the eye, characterized by an evaluation unit that is configured to ascertain a degree of a current overlap of an optical zone of the eye and the structure or at least a part of the structure with a refractively correcting effect on the basis of a recorded image. - a treatment laser, in particular an excimer laser or femtosecond laser, for introducing energy into a part of an eye of a patient according to a predetermined surgical structure, - a light source for illuminating at least the part of the eye and - a detection device for recording an image of at least the part of the eye,
An information sharing method, applied to user equipment, UE, comprising at least two subscriber identity module, SIM, cards, the method comprises: obtaining first information by using a first SIM card, wherein the first information is information sent by a network device of a second SIM card and received by the second SIM card; and controlling the first SIM card according to the first information; wherein the first SIM card and the second SIM card are different SIM cards among the at least two SIM cards; the first information comprises any one of following: dedicated configuration information, and specific information in system information; wherein the dedicated configuration information is used to indicate a serving cell of the second SIM card that is in connected state, or a priority of a camping frequency of the second SIM card that is in idle state; the specific information in system information is used to indicate that at least one first cell is in a state of barring access, and a cell selected or reselected by the second SIM card is a cell in the at least one first cell; wherein the obtaining first information by using the first SIM card comprises: reading first information in a shared area by using the first SIM card, wherein the shared area is an area where the first SIM card and the second SIM card share information; or receiving the first information sent by the second SIM card by using the first SIM card. obtaining first information by using a first SIM card, wherein the first information is information sent by a network device of a second SIM card and received by the second SIM card; and controlling the first SIM card according to the first information; wherein the first SIM card and the second SIM card are different SIM cards among the at least two SIM cards; the first information comprises any one of following: dedicated configuration information, and specific information in system information; wherein the dedicated configuration information is used to indicate a serving cell of the second SIM card that is in connected state, or a priority of a camping frequency of the second SIM card that is in idle state; the specific information in system information is used to indicate that at least one first cell is in a state of barring access, and a cell selected or reselected by the second SIM card is a cell in the at least one first cell; wherein the obtaining first information by using the first SIM card comprises: reading first information in a shared area by using the first SIM card, wherein the shared area is an area where the first SIM card and the second SIM card share information; or receiving the first information sent by the second SIM card by using the first SIM card. reading first information in a shared area by using the first SIM card, wherein the shared area is an area where the first SIM card and the second SIM card share information; or receiving the first information sent by the second SIM card by using the first SIM card.
A method for producing a pyrazole compound represented by formula: wherein R 1 represents an optionally substituted C 1-12 alkyl group, an optionally substituted C 3-12 cycloalkyl group, an optionally substituted C 6-16 aryl group, or an optionally substituted pyridyl group, R 2 and R 3 each independently represent a hydrogen atom, a halogen atom, a C 1-3 alkyl group, or a C 1-3 haloalkyl group, comprising a step of allowing a pyrazolidine compound represented by formula: wherein R 1, R 2, and R 3 are as defined above to react with a nitrite in the presence of an acid.
Electromagnetic lock actuator of a parking lock which is arranged in a longitudinal axis (X-X), comprising: - a movable and actuatable adjusting element which is movable into a first position for fixing a cylinder and into a second position for releasing a cylinder and comprises a locking link, wherein the electromagnetic lock actuator has a starting position and an end position, and the starting position corresponds to the non-actuated, deenergised state of the lock actuator and the end position corresponds to the actuated, energised state of the lock actuator, - at least one lock element which is held so as to be displaceable relative to the locking link, - wherein the locking link comprises a first surface and a second surface which are connected by a wedge surface having a gradient, and - wherein the first surface in the first position and a second surface in the second position are in operative contact with the at least one lock element, Wherein at least one first surface is inclined relative to the wedge surface with a second gradient, Wherein the first surface and the wedge surface are inclined in the same direction, and Wherein the gradient of the wedge surface is greater, in terms of amount, than the second gradient, wherein a return spring holds the adjusting element in a manner preloaded in the first position in an actuator starting position, and the locking link holds the at least one lock element in the position fixing the cylinder of the parking lock, and wherein the locking link is placed on the adjusting element as a sleeve and is held against a flange of the adjusting element by means of the return spring. - a movable and actuatable adjusting element which is movable into a first position for fixing a cylinder and into a second position for releasing a cylinder and comprises a locking link, wherein the electromagnetic lock actuator has a starting position and an end position, and the starting position corresponds to the non-actuated, deenergised state of the lock actuator and the end position corresponds to the actuated, energised state of the lock actuator, - at least one lock element which is held so as to be displaceable relative to the locking link, - wherein the locking link comprises a first surface and a second surface which are connected by a wedge surface having a gradient, and - wherein the first surface in the first position and a second surface in the second position are in operative contact with the at least one lock element, Wherein at least one first surface is inclined relative to the wedge surface with a second gradient, Wherein the first surface and the wedge surface are inclined in the same direction, and Wherein the gradient of the wedge surface is greater, in terms of amount, than the second gradient, wherein a return spring holds the adjusting element in a manner preloaded in the first position in an actuator starting position, and the locking link holds the at least one lock element in the position fixing the cylinder of the parking lock, and wherein the locking link is placed on the adjusting element as a sleeve and is held against a flange of the adjusting element by means of the return spring.
Method for traffic avoidance comprising: receiving information describing an event that is to occur at a venue, the information comprising an attendance estimate for the event; identifying one or more road segments where a degree of traffic congestion above a specified threshold is forecasted due to the event based on the information describing the event; and characterized by generating an avoidance zone spatially proximate and including the venue based upon at least some of the one or more identified road segments, the avoidance zone being centered at the venue and extending in a circular fashion to a diameter that causes the avoidance zone to include the road segment furthest away from the venue where the degree of traffic congestion is expected to be above the specified threshold due to the event. receiving information describing an event that is to occur at a venue, the information comprising an attendance estimate for the event; identifying one or more road segments where a degree of traffic congestion above a specified threshold is forecasted due to the event based on the information describing the event; and characterized by generating an avoidance zone spatially proximate and including the venue based upon at least some of the one or more identified road segments, the avoidance zone being centered at the venue and extending in a circular fashion to a diameter that causes the avoidance zone to include the road segment furthest away from the venue where the degree of traffic congestion is expected to be above the specified threshold due to the event.
A positioning arrangement for a mobile medical imaging system, the positioning arrangement comprising at least one first positioning sensor (128, 402, 404, 410, 412) configured to operate at a first spatial resolution, at least one second positioning sensor (404, 412) configured to operate at a second spatial resolution that is higher than the first spatial resolution, the second positioning sensor being neither a source nor a detector of the medical imaging device, and a processor configured to determine a current distance between a mobile structure of a mobile medical imaging system and at least one object in an environment of the mobile medical imaging system by using a time-difference-of-arrival and/or a time-of-flight algorithm; wherein, in a first mode, if the current distance is greater than a predetermined threshold, the processor is configured to determine the current distance using the at least one first positioning sensor and, in a second mode, if the current distance is smaller than the predetermined threshold, the processor is configured to determine the current distance using the at least one second positioning sensor. at least one first positioning sensor (128, 402, 404, 410, 412) configured to operate at a first spatial resolution, at least one second positioning sensor (404, 412) configured to operate at a second spatial resolution that is higher than the first spatial resolution, the second positioning sensor being neither a source nor a detector of the medical imaging device, and a processor configured to determine a current distance between a mobile structure of a mobile medical imaging system and at least one object in an environment of the mobile medical imaging system by using a time-difference-of-arrival and/or a time-of-flight algorithm; wherein, in a first mode, if the current distance is greater than a predetermined threshold, the processor is configured to determine the current distance using the at least one first positioning sensor and, in a second mode, if the current distance is smaller than the predetermined threshold, the processor is configured to determine the current distance using the at least one second positioning sensor.
Method for managing a regeneration of a particulate filter, the particulate filter comprising an inlet and an outlet, the method comprising carrying out a first checking process of a first condition determining interruption of a regeneration process, as function of a differential pressure calculated between said inlet and said outlet of the particulate filter, and simultaneously carrying out a second checking process of a second condition determining interruption of said regeneration process, as function of a temperature measured at the outlet of the particulate filter, and wherein the method interrupts said regeneration process when at least one of said first and second checking processes returns a positive outcome.
A system for dynamically updating live objects with personalized information for clients, the system comprising: means for receiving a registration request from a client to receive information associated with a live object, wherein the client is identified by a first identifier, and wherein the live object is identified by a second identifier and comprises an element of a web page provided to the client having properties that can be dynamically updated at the client; and a node comprising means adapted for: receiving (224, 810, 1202) a first message from a source identifying the first identifier and the second identifier, the first message containing personalized information for updating a property of the live object associated with the second identifier; identifying (812, 1204) the client specific to the first identifier; and routing (226, 818, 1206) a second message through a network to the client specific to the first identifier, the second message identifying the first identifier and second identifier, the second message containing personalized information for updating a property of the live object associated with the second identifier. means for receiving a registration request from a client to receive information associated with a live object, wherein the client is identified by a first identifier, and wherein the live object is identified by a second identifier and comprises an element of a web page provided to the client having properties that can be dynamically updated at the client; and a node comprising means adapted for: receiving (224, 810, 1202) a first message from a source identifying the first identifier and the second identifier, the first message containing personalized information for updating a property of the live object associated with the second identifier; identifying (812, 1204) the client specific to the first identifier; and routing (226, 818, 1206) a second message through a network to the client specific to the first identifier, the second message identifying the first identifier and second identifier, the second message containing personalized information for updating a property of the live object associated with the second identifier. receiving (224, 810, 1202) a first message from a source identifying the first identifier and the second identifier, the first message containing personalized information for updating a property of the live object associated with the second identifier; identifying (812, 1204) the client specific to the first identifier; and routing (226, 818, 1206) a second message through a network to the client specific to the first identifier, the second message identifying the first identifier and second identifier, the second message containing personalized information for updating a property of the live object associated with the second identifier.
A method for producing a component of a lighting device for a motor vehicle, wherein the produced component comprises an optical element, a circuit board, and a SMD semiconductor light source element, characterized in that, in a first step, a position of a light emitting region of said SMD semiconductor light source element arranged on said circuit board is determined, and that, in a second step, said optical element and said circuit board are positioned relative to each other and connected to one another based on the determined position of said light emitting region.
A hydraulic mixture to obtain concrete or mortar, containing a mineral hydraulic binder, an aggregate mixture and water, characterized in that said mineral hydraulic binder is a mixture comprising Portland cement and calcium sulfoaluminate cement, the calcium sulfoaluminate cement containing the following mineralogical phases expressed in weight percent relative to the total weight of the sulfoaluminate binder: - Ye'elimite, or C4A3$, higher than 40 %, in particular from 50 to 90 %, preferably 60 to 70 %, and - Belite, or C2S, lower than 40 %, in particular from 5 to 30 %, preferably 10 to 15 %, and in that the entirety or at least part of the aggregate mixture is of plant origin. - Ye'elimite, or C4A3$, higher than 40 %, in particular from 50 to 90 %, preferably 60 to 70 %, and - Belite, or C2S, lower than 40 %, in particular from 5 to 30 %, preferably 10 to 15 %,
Piezoelectric device (11, 12) comprising at least one piezoelectric composite layer P inserted between two conductive composite layers E, each layer E forming an electrode: - the layer P being a rubber composition based: - on more than 50 parts by weight, per hundred parts by weight of elastomer, phr, of diene elastomer, - on a crosslinking system, - on at least 5% by volume, with respect to the total volume of the rubber composition, of piezoelectric inorganic fillers; - each layer E being a rubber composition based: - on at least 50 phr of diene elastomer, - on a crosslinking system, - on conductive fillers; the diene elastomer of the layer P being co-crosslinked with the diene elastomer of each layer E. - the layer P being a rubber composition based: - on more than 50 parts by weight, per hundred parts by weight of elastomer, phr, of diene elastomer, - on a crosslinking system, - on at least 5% by volume, with respect to the total volume of the rubber composition, of piezoelectric inorganic fillers; - on more than 50 parts by weight, per hundred parts by weight of elastomer, phr, of diene elastomer, - on a crosslinking system, - on at least 5% by volume, with respect to the total volume of the rubber composition, of piezoelectric inorganic fillers; - each layer E being a rubber composition based: - on at least 50 phr of diene elastomer, - on a crosslinking system, - on conductive fillers; - on at least 50 phr of diene elastomer, - on a crosslinking system, - on conductive fillers;