mhurhangee/ep-ind-claims huggingface dataset:
A power supplying device (100, 200, 300, 400) comprising: a communication unit (152, 153) configured to receive a request from a first power supplying device for power supply performed through a direct-current bus line through which DC power flows and to transmit a response in association with the request; characterized by a power control unit configured to acquire a right to control the direct-current bus line, to notify to the other power supplying devices connected to the direct-current bus line an acquisition of the control right, to set a voltage of the direct-current bus line to the rating, and to start a power supply to the first power supplying device, when performing a power supply to the first power supplying device and no other power supplying device connected to the direct-current bus has the control right. a communication unit (152, 153) configured to receive a request from a first power supplying device for power supply performed through a direct-current bus line through which DC power flows and to transmit a response in association with the request; characterized by a power control unit configured to acquire a right to control the direct-current bus line, to notify to the other power supplying devices connected to the direct-current bus line an acquisition of the control right, to set a voltage of the direct-current bus line to the rating, and to start a power supply to the first power supplying device, when performing a power supply to the first power supplying device and no other power supplying device connected to the direct-current bus has the control right.
An electronic device comprising: a memory; a display; a haptic module comprising haptic circuitry; a sound module comprising audio circuitry; and at least one processor configured to be operatively connected to the memory, the display, the haptic module, and the sound module, wherein the memory stores instructions that, when executed by the at least one processor, cause the at least one processor to: detect an event for an output of vibration and sound, delay the output of the vibration, change a sound output mode from a first mode to a second mode in which a time required for sound output is reduced while the output of the vibration is delayed, wherein in the first mode a first path is designated as a default path for sound output, and wherein as the sound output mode is changed to the second mode, the first path is changed to a second path, wherein the second path is obtained by skipping at least a portion of the first path or by shortening the first path, and output the sound using the sound module in the second mode, and output the delayed vibration through the haptic module to synchronize the outputs of the sound and the delayed vibration. a memory; a display; a haptic module comprising haptic circuitry; a sound module comprising audio circuitry; and at least one processor configured to be operatively connected to the memory, the display, the haptic module, and the sound module, wherein the memory stores instructions that, when executed by the at least one processor, cause the at least one processor to: detect an event for an output of vibration and sound, delay the output of the vibration, change a sound output mode from a first mode to a second mode in which a time required for sound output is reduced while the output of the vibration is delayed, wherein in the first mode a first path is designated as a default path for sound output, and wherein as the sound output mode is changed to the second mode, the first path is changed to a second path, wherein the second path is obtained by skipping at least a portion of the first path or by shortening the first path, and output the sound using the sound module in the second mode, and output the delayed vibration through the haptic module to synchronize the outputs of the sound and the delayed vibration. detect an event for an output of vibration and sound, delay the output of the vibration, change a sound output mode from a first mode to a second mode in which a time required for sound output is reduced while the output of the vibration is delayed, wherein in the first mode a first path is designated as a default path for sound output, and wherein as the sound output mode is changed to the second mode, the first path is changed to a second path, wherein the second path is obtained by skipping at least a portion of the first path or by shortening the first path, and output the sound using the sound module in the second mode, and output the delayed vibration through the haptic module to synchronize the outputs of the sound and the delayed vibration.
A method for reacting a thin film on a low-temperature substrate, said method comprising: providing an enclosure containing a reactive gas; moving a layer of thin film mounted on a low-temperature substrate through said enclosure, wherein said low-temperature substrate is made of one of paper, plastic and polymer; and exposing said layer of thin film to a pulsed electromagnetic emission while said layer of thin film is being moved in relation to a source of said pulsed electromagnetic emissions within said enclosure to chemically react said layer of thin film with said gas within said enclosure. providing an enclosure containing a reactive gas; moving a layer of thin film mounted on a low-temperature substrate through said enclosure, wherein said low-temperature substrate is made of one of paper, plastic and polymer; and exposing said layer of thin film to a pulsed electromagnetic emission while said layer of thin film is being moved in relation to a source of said pulsed electromagnetic emissions within said enclosure to chemically react said layer of thin film with said gas within said enclosure.
A method (320, 420) in an element having a queue (104, 204, 704) used to store messages sent from a message sender to a message receiver, of handling congestion in the queue without discarding a new message from the message sender, said method comprising the steps of: receiving (321, 421) the new message, of a given message type, which is to be added to the queue; determining (322, 422) that congestion handling is to be performed; determining the type of the received message to be the given message type; performing (323, 423), in response to the determination that congestion handling is to be performed, the congestion handling by removing older messages of the given message type from the queue; and adding (324, 424) the new message to the queue; wherein performing the congestion handling comprises using a given congestion handling procedure selected in dependence on the type of the received message, wherein the given congestion handling procedure is selected from: a first congestion handling procedure which comprises removing the older messages from the queue (104, 204, 704) without assimilating the contents of the older messages into the new message; and a second congestion handling procedure which comprises assimilating contents of the older messages into the new message and removing the older messages from the queue (104, 204, 704). receiving (321, 421) the new message, of a given message type, which is to be added to the queue; determining (322, 422) that congestion handling is to be performed; determining the type of the received message to be the given message type; performing (323, 423), in response to the determination that congestion handling is to be performed, the congestion handling by removing older messages of the given message type from the queue; and adding (324, 424) the new message to the queue; wherein performing the congestion handling comprises using a given congestion handling procedure selected in dependence on the type of the received message, wherein the given congestion handling procedure is selected from: a first congestion handling procedure which comprises removing the older messages from the queue (104, 204, 704) without assimilating the contents of the older messages into the new message; and a second congestion handling procedure which comprises assimilating contents of the older messages into the new message and removing the older messages from the queue (104, 204, 704). a first congestion handling procedure which comprises removing the older messages from the queue (104, 204, 704) without assimilating the contents of the older messages into the new message; and a second congestion handling procedure which comprises assimilating contents of the older messages into the new message and removing the older messages from the queue (104, 204, 704).
A method for automatic updating of a first controller application in a component of an automated passenger conveying device, comprising: downloading a second controller application in response to a software compatibility check; characterised by: scheduling a switchover in response to the downloading of the second controller application. disabling the automated passenger conveying device from providing service; performing the switchover from the first controller application to the second controller application; performing a post-switchover inspection of the second controller application that determines whether the automated passenger conveying device works properly while the second controller application is active; and enabling the automated passenger conveying device to provide the service when the post-switchover inspection of the second controller application determines that the automated passenger conveying device works properly. downloading a second controller application in response to a software compatibility check; characterised by: scheduling a switchover in response to the downloading of the second controller application. disabling the automated passenger conveying device from providing service; performing the switchover from the first controller application to the second controller application; performing a post-switchover inspection of the second controller application that determines whether the automated passenger conveying device works properly while the second controller application is active; and enabling the automated passenger conveying device to provide the service when the post-switchover inspection of the second controller application determines that the automated passenger conveying device works properly. scheduling a switchover in response to the downloading of the second controller application. disabling the automated passenger conveying device from providing service; performing the switchover from the first controller application to the second controller application; performing a post-switchover inspection of the second controller application that determines whether the automated passenger conveying device works properly while the second controller application is active; and enabling the automated passenger conveying device to provide the service when the post-switchover inspection of the second controller application determines that the automated passenger conveying device works properly.
Condenser, in particular for a motor vehicle air conditioning circuit, comprising a first heat exchange unit to ensure the cooling of a fluid refrigerant until condensation thereof by means of a coolant fluid, and also a second heat exchange unit for ensuring undercooling of the fluid refrigerant by means of a coolant fluid, said second unit incorporating an internal exchanger for ensuring an exchange of heat between the condensed and undercooled fluid refrigerant, called "high-pressure fluid refrigerant", and the same fluid refrigerant once expanded, called "low-pressure fluid refrigerant", which condenser is characterized in that the second unit comprises an interface plate provided with an outlet flange for the high-pressure fluid refrigerant, an inlet flange for the low-pressure fluid refrigerant and an outlet flange for the low-pressure fluid refrigerant, wherein the second unit comprises a circulation passage for the high-pressure fluid refrigerant originating from the first unit and a circulation passage for the low-pressure fluid refrigerant, wherein the second unit comprises an interface plate provided with an inlet flange for the fluid refrigerant originating from the first unit, opposite said interface plate provided with the outlet flange for the high-pressure fluid refrigerant, the inlet flange for the low-pressure fluid refrigerant and the outlet flange for the low-pressure fluid refrigerant, and said condenser further comprises a bottle interposed between the first unit and the second unit and capable of being traversed by the fluid refrigerant, and said bottle is fixed detachably between the first unit and the second unit by means, respectively, of an outlet flange and an inlet flange that are fixed on the receiving part of the bottle and form at the same time interfaces for the circulation of the fluid refrigerant.
A computerized method for generating reports in a packet switched network, wherein the packet switched network comprises a VoIP network coupled to customer sites (175, 180) and a circuit switched network, the packet switched network comprising a first enterprise gatekeeper communicatively coupled to a reporting server, the method comprising: processing a communication at the first enterprise gatekeeper; storing, in memory accessible to the first enterprise gatekeeper, information associated with the communication; wherein storing information associated with the communication comprises storing an identifier associated with a geographic site; wherein storing an identifier associated with a geographic site comprises storing an identifier associated with a business establishment; parsing at the reporting server the stored information associated with the communication; and providing an indication of the parsed information, wherein the providing an indication comprises generating a report containing information associated with the parsed information and the generating a report comprises generating a report containing information associated with VoIP call details. processing a communication at the first enterprise gatekeeper; storing, in memory accessible to the first enterprise gatekeeper, information associated with the communication; wherein storing information associated with the communication comprises storing an identifier associated with a geographic site; wherein storing an identifier associated with a geographic site comprises storing an identifier associated with a business establishment; parsing at the reporting server the stored information associated with the communication; and providing an indication of the parsed information, wherein the providing an indication comprises generating a report containing information associated with the parsed information and the generating a report comprises generating a report containing information associated with VoIP call details.
A fibrous preform intended for forming the fibrous reinforcement of a composite material part with fibrous reinforcement densified by a matrix, the fibrous preform being made as a single piece and obtained by three-dimensional weaving of a first plurality of threads or strands (c 1 -c 16) extending in a first direction of the part with a second plurality of threads or strands (t 1 -t 16) extending in a second direction of the part perpendicular to the first direction, the preform comprising a first skin, a second skin and a stiffening portion connecting the first skin to the second skin, the stiffening portion being intended to form a stiffening element of the part in the first or second direction, characterised in that the preform has an intermediate portion extending at least in the first direction or second direction between two end portions, in that the stiffening portion comprises, in the intermediate portion, a plurality of non-woven threads or strands (c 5 -c 12) extending in at least the first direction or the second direction and which are held together by a plurality of first threads or strands (t 4) coming from the first skin and a plurality of second threads or strands (t 5) coming from the second skin, and in that, in the end portions, the threads or strands of the stiffening portion are woven with threads or strands.
Electronic device with cooling of a heat dissipation source by a liquid metals spreader, this device comprising at least one heat dissipation source comprising at least one electronic component, at least one spreader through which at least one liquid metal circulation channel passes forming a loop routed below a heat dissipation source, at least one heat sink and at least one electromagnetic pump moving the liquid metal in said at least one channel such that the liquid metal absorbs heat dissipated by a heat dissipation source and transports it to be evacuated by a heat sink, wherein each spreader comprises at least two plates made of an insulating material located on each side of at least one bar made of deformable material, characterised in that at least one liquid metal circulation channel is made around said at least one bar made of deformable material.
A luminaire mounting kit comprising: a luminaire having a mounting section comprising a recessed section carrying a first gear wheel portion, the recessed section being flanked by at least one protruding section carrying a second gear wheel portion; and a mounting body for engaging with the mounting section, the mounting body comprising: a protruding end portion carrying a first further gear wheel portion for engaging with the first gear wheel portion; and at least one recessed side portion flanking said end portion and carrying a second further gear wheel portion arranged to simultaneously engage with the second gear wheel portion when the first further gear wheel portion engages with the first gear wheel portion; wherein the first gear wheel portion is concavely shaped and the first further gear wheel portion is convexly shaped; and wherein each second gear wheel portion is convexly shaped and each second further gear wheel portion is concavely shaped. a luminaire having a mounting section comprising a recessed section carrying a first gear wheel portion, the recessed section being flanked by at least one protruding section carrying a second gear wheel portion; and a mounting body for engaging with the mounting section, the mounting body comprising: a protruding end portion carrying a first further gear wheel portion for engaging with the first gear wheel portion; and at least one recessed side portion flanking said end portion and carrying a second further gear wheel portion arranged to simultaneously engage with the second gear wheel portion when the first further gear wheel portion engages with the first gear wheel portion; wherein the first gear wheel portion is concavely shaped and the first further gear wheel portion is convexly shaped; and wherein each second gear wheel portion is convexly shaped and each second further gear wheel portion is concavely shaped. a protruding end portion carrying a first further gear wheel portion for engaging with the first gear wheel portion; and at least one recessed side portion flanking said end portion and carrying a second further gear wheel portion arranged to simultaneously engage with the second gear wheel portion when the first further gear wheel portion engages with the first gear wheel portion; wherein the first gear wheel portion is concavely shaped and the first further gear wheel portion is convexly shaped; and wherein each second gear wheel portion is convexly shaped and each second further gear wheel portion is concavely shaped.
A method for detecting a fault in a high voltage direct current, HVDC, power transmission system, the system comprising an internal part and an external part for carrying direct current, DC, where the internal part comprises at least one HVDC transmission or distribution line for carrying direct current, and the external part is separated from the internal part by means of at least one inductor, the method comprising the steps of: ▪ determining the current carried by the HVDC transmission or distribution line, ▪ determining the voltage at a first location of the HVDC power transmission system, the first location being provided at one end of said HVDC transmission and distribution line and said inductor being connected at the other end of the HVDC transmission or distribution line, ▪ determining the impedance based on the determined current and voltage, ▪ determining the derivative of the impedance, and ▪ detecting a fault on the internal part at least partially based on the derivative of the impedance. ▪ determining the current carried by the HVDC transmission or distribution line, ▪ determining the voltage at a first location of the HVDC power transmission system, the first location being provided at one end of said HVDC transmission and distribution line and said inductor being connected at the other end of the HVDC transmission or distribution line, ▪ determining the impedance based on the determined current and voltage, ▪ determining the derivative of the impedance, and ▪ detecting a fault on the internal part at least partially based on the derivative of the impedance.
An automatic cleaner comprising: a casing having an inlet port; a suction device installed inside the casing and configured to suction external foreign substances through the inlet port; a moving device configured to move the casing; and a side brush assembly movably installed at the casing, wherein the side brush assembly comprises a movable member (210, 220) which is movably provided at the casing and protrudes outside of the casing, a side brush which is rotatably installed at the movable member (210, 220), and an elastic member which supports the movable member (210, 220) so as to enable the movable member (210, 220) to protrude outside of the casing characterized in that the movable member (210, 220) comprises a second movable member which is movably connected to the casing, and a first movable member which is rotatably connected to the second movable member through a hinge shaft, and the side brush is installed at the first movable member. a casing having an inlet port; a suction device installed inside the casing and configured to suction external foreign substances through the inlet port; a moving device configured to move the casing; and a side brush assembly movably installed at the casing, wherein the side brush assembly comprises a movable member (210, 220) which is movably provided at the casing and protrudes outside of the casing, a side brush which is rotatably installed at the movable member (210, 220), and an elastic member which supports the movable member (210, 220) so as to enable the movable member (210, 220) to protrude outside of the casing characterized in that the movable member (210, 220) comprises a second movable member which is movably connected to the casing, and a first movable member which is rotatably connected to the second movable member through a hinge shaft, and the side brush is installed at the first movable member.
A sheet manufacturing apparatus comprising: a rough crushing unit that roughly crushes a raw material containing fibers; a defibration unit that defibrates the raw material roughly crushed by the rough crushing unit, in a gas atmosphere; a web former that accumulates defibrated substances obtained through a defibrating process performed by the defibration unit and forms a web; a sheet former that forms a sheet of the web; a vaporization-type humidifier that humidifies a space in which the raw material is roughly crushed by the rough crushing unit, and a mist-type humidifier that humidifies the web that is formed by the web former. a rough crushing unit that roughly crushes a raw material containing fibers; a defibration unit that defibrates the raw material roughly crushed by the rough crushing unit, in a gas atmosphere; a web former that accumulates defibrated substances obtained through a defibrating process performed by the defibration unit and forms a web; a sheet former that forms a sheet of the web; a vaporization-type humidifier that humidifies a space in which the raw material is roughly crushed by the rough crushing unit, and a mist-type humidifier that humidifies the web that is formed by the web former.