mhurhangee/patent-ind-claim-en huggingface dataset:
Coil system for a superconducting motor comprising first and second apertures , said coil system comprising: - a coil formed from several strips stacked on each other and wound in such a way as to form a first straight section intended to pass through the first aperture and having a first end and a second end , a second straight section intended to pass through the second aperture and having a first end and a second end , and a winding of at least one turn linking the second ends (208a-b) together and comprising straight sub-sections (210a-b) intended to pass through one of the two apertures and curved sub-sections (210c-e) intended to be outside the apertures and linking the straight sections (202a-b) and sub-sections (210a-b) together, and - for each group comprising a section (202a-b) and each straight sub-section (210a-b) that passes through the same aperture , a shielding system comprising at least one first band and at least one second band made from an electrically superconducting material, in which a first first band is placed against the section or the straight sub-section of the coil which is the outermost, in which a first second band is placed against the section or straight sub-section of the coil which is the innermost of the coil , in which each first end (206a-b) is intended to be electrically connected to an electrical power source, in which each strip is formed from a superconducting material, in which two successive strips in the stack are electrically insulated from each other, and in which each band (252a-b) that is placed next to a strip of the coil is electrically insulated from said strip . - a coil formed from several strips stacked on each other and wound in such a way as to form a first straight section intended to pass through the first aperture and having a first end and a second end , a second straight section intended to pass through the second aperture and having a first end and a second end , and a winding of at least one turn linking the second ends (208a-b) together and comprising straight sub-sections (210a-b) intended to pass through one of the two apertures and curved sub-sections (210c-e) intended to be outside the apertures and linking the straight sections (202a-b) and sub-sections (210a-b) together, and - for each group comprising a section (202a-b) and each straight sub-section (210a-b) that passes through the same aperture , a shielding system comprising at least one first band and at least one second band made from an electrically superconducting material, in which a first first band is placed against the section or the straight sub-section of the coil which is the outermost, in which a first second band is placed against the section or straight sub-section of the coil which is the innermost of the coil , in which each first end (206a-b) is intended to be electrically connected to an electrical power source, in which each strip is formed from a superconducting material, in which two successive strips in the stack are electrically insulated from each other, and in which each band (252a-b) that is placed next to a strip of the coil is electrically insulated from said strip .
Device for water treatment having at least one first germ filter and a water softening device which contains a regeneratable ion exchange resin , wherein in a regenerating phase, the water softening device and the germ filter are connected to a regenerating means reservoir and the device is equipped so that a regenerating means stored in the regenerating means reservoir is supplied both to the water softening device and to the at least one germ filter in order to regenerate the ion exchange resin of the water softening device and the germ filter , characterised in that the first germ filter is an adsorption filter with an electroactive filter material which has an electrokinetic potential in an aqueous environment so that bacteria or viruses present in the water to be treated are accumulated on the filter material by electrostatic adsorption and in that the regenerating means reservoir is coupled to an electrolysis device , wherein the device is equipped so that an aqueous solution of a chloride salt is supplied from the regenerating means reservoir to the electrolysis device , and the electrolysis device is designed to convert the chloride salt solution to an aqueous regenerating solution, wherein the aqueous regenerating solution contains alkali metal ions or alkaline earth metal ions as well as chloride ions and chlorine gas dissociated in the water as hypochlorous acid.
A suspension mat for a seat cushion of a vehicle seat, characterized in that same comprises a plastic sheet , a front hooking profile and a rear hooking profile overmolded in said sheet , and in that the mat includes a plastic pocket with at least one opening and attached to the sheet by providing a space therebetween for allowing wiring to be fed between said sheet and said pocket through said at least one opening . characterized in that same comprises a plastic sheet , a front hooking profile and a rear hooking profile overmolded in said sheet , and in that the mat includes a plastic pocket with at least one opening and attached to the sheet by providing a space therebetween for allowing wiring to be fed between said sheet and said pocket through said at least one opening .
A communication method, wherein the method comprises: obtaining , by an application function network element, transport information for a data stream, wherein the transport information comprises information about an ingress port for the data stream and information about an egress port for the data stream; determining , by the application function network element based on the transport information, that the data stream is between terminal devices; and sending, by the application function network element, information for triggering a core network device to configure a policy and charging control, PCC, rule for a first session corresponding to the information about the ingress port and configure a PCC rule for a second session corresponding to the information about the egress port. obtaining , by an application function network element, transport information for a data stream, wherein the transport information comprises information about an ingress port for the data stream and information about an egress port for the data stream; determining , by the application function network element based on the transport information, that the data stream is between terminal devices; and sending, by the application function network element, information for triggering a core network device to configure a policy and charging control, PCC, rule for a first session corresponding to the information about the ingress port and configure a PCC rule for a second session corresponding to the information about the egress port.
An electrical power system connected to a power grid, comprising: a generator comprising a stator and a rotor, the stator connected to the power grid via a stator power path; a power converter coupled to a rotor bus of the rotor; a control system comprising one or more control devices, the one or more control devices configured to operate the power converter to provide an AC signal for the rotor bus; and, an uninterruptible power supply comprising: a power storage element configured to receive and store electrical power, and configured to power the control system during a power failure; and, a health check circuit configured to verify a health status of the power storage element, the health check circuit comprising a health check disable component configured to disable the health check circuit during the power failure. a generator comprising a stator and a rotor, the stator connected to the power grid via a stator power path; a power converter coupled to a rotor bus of the rotor; a control system comprising one or more control devices, the one or more control devices configured to operate the power converter to provide an AC signal for the rotor bus; and, an uninterruptible power supply comprising: a power storage element configured to receive and store electrical power, and configured to power the control system during a power failure; and, a health check circuit configured to verify a health status of the power storage element, the health check circuit comprising a health check disable component configured to disable the health check circuit during the power failure. a power storage element configured to receive and store electrical power, and configured to power the control system during a power failure; and, a health check circuit configured to verify a health status of the power storage element, the health check circuit comprising a health check disable component configured to disable the health check circuit during the power failure.
An apparatus for treating a patient having a disorder related to the passageway of the patient's intestines, the apparatus being characterized by a pump for implantation in the patient, said pump being operable externally on at least one selected portion of the patient's normal intestines , adapted to pump intestinal contents through the passageway of the intestines, and to discharge the intestinal contents through a stoma or through anus of the patient, wherein said pump includes a constriction device adapted to alternately constrict and release the selected portion to reduce the volume of the passageway of the intestines along the selected portion when constricting the selected portion, and to release the selected portion to increase the volume of the passageway of the intestines along the selected portion, such that intestinal contents is displaced through the passageway of the intestines.
An inspection device for inspecting a fir-tree slot of a gas turbine engine, the inspection device comprising: an insert for insertion into the slot; a plurality of imaging devices coupled to the insert; and a processor; wherein the insert is movable along a longitudinal axis of the slot; wherein each of the plurality of imaging devices is positioned adjacent an external surface of the insert and is configured to capture an image of a portion of the slot adjacent the imaging device; and wherein the processor is configured to receive data corresponding to the images captured by the plurality of imaging devices wherein the insert has an external profile, a portion of which corresponds to an internal profile of the slot . an insert for insertion into the slot; a plurality of imaging devices coupled to the insert; and a processor; wherein the insert is movable along a longitudinal axis of the slot; wherein each of the plurality of imaging devices is positioned adjacent an external surface of the insert and is configured to capture an image of a portion of the slot adjacent the imaging device; and wherein the processor is configured to receive data corresponding to the images captured by the plurality of imaging devices wherein the insert has an external profile, a portion of which corresponds to an internal profile of the slot .
A computer-implemented method, comprising: obtaining , by one or more computing devices , a request for navigational directions to a target destination; determining , by the one or more computing devices , an outbound journey route from an initial location to the target destination, wherein the outbound journey route comprises an estimated outbound journey time; determining , by the one or more computing devices , a return journey route based at least in part on one or more operations performed by one or more machine-learned models, wherein the return journey route comprises a route from the target destination to a return destination wherein the return destination is the initial location, and wherein the return journey route comprises an estimated return journey time; comparing , by the one or more computing devices , the estimated outbound journey time to the estimated return journey time; and generating , by the one or more computing devices , a notification regarding the return journey route when comparing the estimated outbound journey time to the estimated return journey time results in a determination that the estimated return journey time is greater than the estimated outbound journey time, wherein the notification regarding the return journey route comprises a time difference between the estimated outbound journey time and the estimated return journey time. obtaining , by one or more computing devices , a request for navigational directions to a target destination; determining , by the one or more computing devices , an outbound journey route from an initial location to the target destination, wherein the outbound journey route comprises an estimated outbound journey time; determining , by the one or more computing devices , a return journey route based at least in part on one or more operations performed by one or more machine-learned models, wherein the return journey route comprises a route from the target destination to a return destination wherein the return destination is the initial location, and wherein the return journey route comprises an estimated return journey time; comparing , by the one or more computing devices , the estimated outbound journey time to the estimated return journey time; and generating , by the one or more computing devices , a notification regarding the return journey route when comparing the estimated outbound journey time to the estimated return journey time results in a determination that the estimated return journey time is greater than the estimated outbound journey time, wherein the notification regarding the return journey route comprises a time difference between the estimated outbound journey time and the estimated return journey time.
A method for handling a busy line performed on a terminal, comprising: sending a number query request from the terminal when a called terminal is in a busy state; receiving, by the terminal, a feedback from a server or the called terminal on the number query request, wherein the feedback is provided according to a call request initiated by the called terminal; if the feedback indicates the called terminal is calling the terminal, sending a disregarding request to the called terminal, wherein the disregarding request is used for requesting to disregard the call request initiated by the called terminal. sending a number query request from the terminal when a called terminal is in a busy state; receiving, by the terminal, a feedback from a server or the called terminal on the number query request, wherein the feedback is provided according to a call request initiated by the called terminal; if the feedback indicates the called terminal is calling the terminal, sending a disregarding request to the called terminal, wherein the disregarding request is used for requesting to disregard the call request initiated by the called terminal.
A sheet manufacturing apparatus comprising: a defibration unit that defibrates a raw material containing fibers in a gas atmosphere; a first web former that accumulates defibrated substances obtained through a defibrating process performed by the defibration unit and forms a first web (W1); a mixer that mixes a resin and defibrated substances accumulated by the first web former in a gas atmosphere; a second web portion former that accumulates the defibrated substances and the resin mixed by the mixer and forms a second web (W2); and characterized by a first partition plate that is a partition between the defibration unit and the second web former. a defibration unit that defibrates a raw material containing fibers in a gas atmosphere; a first web former that accumulates defibrated substances obtained through a defibrating process performed by the defibration unit and forms a first web (W1); a mixer that mixes a resin and defibrated substances accumulated by the first web former in a gas atmosphere; a second web portion former that accumulates the defibrated substances and the resin mixed by the mixer and forms a second web (W2); and characterized by a first partition plate that is a partition between the defibration unit and the second web former.
A peripheral controller for half duplex communication between a system and a peripheral, in which a system clock and a peripheral clock are asynchronous, the peripheral controller comprising: a FIFO including a FIFO controller and a FIFO memory and having a plurality of inputs to the FIFO; and a multiplexer circuit having a plurality of electronically controllable switches each controllable by a selection signal, wherein the plurality of controllable switches includes: a clock signal switch having a system clock input, a peripheral clock input and an output, wherein the output is connected to a write clock input of the FIFO controller and a write clock input of the FIFO memory ; a write enable signal switch having a system write enable input, a peripheral write enable input and an output, wherein the output is connected to a write enable input of the FIFO controller ; a read clock signal switch having a peripheral clock input, a system clock input and an output, wherein the output is connected to a read clock input of the FIFO controller ; and a read enable signal switch having a peripheral read enable input, a system read enable input and an output, wherein the output is connected to a read enable input of the FIFO controller , wherein the multiplexer circuit is operable by the selection signal to supply either a first group of system and peripheral signals or a second group of system and peripheral signals different to the first group to the FIFO to operate the FIFO to transmit data from the system to the peripheral or to receive data at the system from the peripheral. a clock signal switch having a system clock input, a peripheral clock input and an output, wherein the output is connected to a write clock input of the FIFO controller and a write clock input of the FIFO memory ; a write enable signal switch having a system write enable input, a peripheral write enable input and an output, wherein the output is connected to a write enable input of the FIFO controller ; a read clock signal switch having a peripheral clock input, a system clock input and an output, wherein the output is connected to a read clock input of the FIFO controller ; and a read enable signal switch having a peripheral read enable input, a system read enable input and an output, wherein the output is connected to a read enable input of the FIFO controller ,
A method for manufacturing a finned tube using a machine comprising a working assembly and at least one support assembly , said first working assembly comprising a first rotating finning tool and a second rotating finning tool mounted in sequence on the same driving axis , said first rotating finning tool being provided with a first helical working profile having a first angle of advancement α 1 and said second rotating finning tool being provided with a second helical working profile having a second angle of advancement α 2 , with α 2 ≠α 1 , the method comprising advancing said tube on a plane defined by said support assembly , forming a first fin on said tube by means of said first rotating finning tool , forming a second fin on said tube by means of said second rotating finning tool , the formation of said second fin being immediately subsequent to the formation of said first fin , the height of said first fin being lower than the height of said second fin .
A method of submitting an event relating to MFP device activity to an analytics service , the method comprising: a receiving step of receiving a command in a first format from one of multiple applications installed on an MFP device , the command corresponding to a property stored within a service wrapper ; a writing step of writing a value of the received command to the property stored within the service wrapper to update the stored property based on the received command; a monitoring step of monitoring properties stored within the service wrapper to determine whether or not a stored property is updated; a transmission step of, in the case that it is determined that a stored property is updated, transmitting an event to an analytics service in accordance with a second format, the transmitted event corresponding to the updated property of the service wrapper . a receiving step of receiving a command in a first format from one of multiple applications installed on an MFP device , the command corresponding to a property stored within a service wrapper ; a writing step of writing a value of the received command to the property stored within the service wrapper to update the stored property based on the received command; a monitoring step of monitoring properties stored within the service wrapper to determine whether or not a stored property is updated; a transmission step of, in the case that it is determined that a stored property is updated, transmitting an event to an analytics service in accordance with a second format, the transmitted event corresponding to the updated property of the service wrapper .
A battery module , comprising: a battery cell assembly having a plurality of battery cells stacked on one another so that a pair of electrode leads protrudes on one side of each battery cell; and an Interconnect board (ICB) assembly configured to cover one side of the battery cell assembly to electrically connect the pair of electrode leads of the plurality of battery cells, the ICB assembly having a plurality of lead slots through each of which electrode leads of two battery cells facing each other pass in common in an insertion direction, wherein the ICB assembly further includes: an ICB frame configured to cover one side of the battery cell assembly and having the plurality of lead slots; and a plurality of sensing bus bars provided at the ICB frame and electrically connected to the electrode leads passing through the plurality of lead slots in common, respectively, wherein each lead slot of the plurality of lead slots is disposed between two adjacent sensing bus bars of the plurality of the sensing bus bars so that the lead slots alternate with the sensing bus bars, wherein each of the plurality of sensing bus bars has a first surface that is perpendicular to the insertion direction, wherein all the portion of the electrode leads protruding out of the lead slots are bent in a single direction and welded to the first surface of the sensing bus bar adjacent thereto. a battery cell assembly having a plurality of battery cells stacked on one another so that a pair of electrode leads protrudes on one side of each battery cell; and an Interconnect board (ICB) assembly configured to cover one side of the battery cell assembly to electrically connect the pair of electrode leads of the plurality of battery cells, the ICB assembly having a plurality of lead slots through each of which electrode leads of two battery cells facing each other pass in common in an insertion direction, wherein the ICB assembly further includes: an ICB frame configured to cover one side of the battery cell assembly and having the plurality of lead slots; and a plurality of sensing bus bars provided at the ICB frame and electrically connected to the electrode leads passing through the plurality of lead slots in common, respectively, wherein each lead slot of the plurality of lead slots is disposed between two adjacent sensing bus bars of the plurality of the sensing bus bars so that the lead slots alternate with the sensing bus bars, wherein each of the plurality of sensing bus bars has a first surface that is perpendicular to the insertion direction, wherein all the portion of the electrode leads protruding out of the lead slots are bent in a single direction and welded to the first surface of the sensing bus bar adjacent thereto.