mhurhangee/ep-ind-claims huggingface dataset:
A power conversion apparatus comprising a plurality of cell blocks connected in cascade, each cell block including two cell converters (10a, 10b) connected in cascade, each cell converter (10a, 10b) including a switching element (11a, 11b), a capacitor, a self-feeding circuit coupled across said capacitor, an insulation input/output circuit, a gate drive circuit, a first feed line and a second feed line, wherein the cell block includes two external connection terminals (X31a, X32a) for connecting to another cell block (30b, 30c) in cascade, and a bypass circuit is connected between the two external connection terminals (X31a, X32a) of each cell block, wherein within each cell converter (10a, 10b), a first power output of the self-feeding circuit is connected to the gate drive circuit via a first feed line, a second power output of the self-feeding circuit is connected to an input of the insulation input/output circuit, and an output of the insulation input/output circuit is connected to the second feed line, wherein for each cell converter (10a, 10b), the second feed line, which is connected to the output of the insulation input/output circuit, is coupled to the first feed line of the other cell converter (10a, 10b) within the same cell block, so as to supply power from the self-feeding circuit to the other cell converter (10a, 10b) by passing through the insulation input/output circuit.
Irrigation and suction system, in particular for laparoscopic surgery, comprising an active control apparatus, provided with a reusable motor capable to be attached to and to operate a disposable pump, and a disposable handpiece provided with two valves (1603, 1604) capable to be connected respectively to an output duct from the pump and to a suction line, the two valves being operatable (1603, 1604) for making respectively the pump and the suction line communicate with an output nozzle of the handpiece, the nozzle being capable to support a probe, the apparatus comprising controlling electronics means for controlling electronics means for driving the motor, wherein the system comprises interface means (1505, 16, 17, 112, 113) connected to said controlling electronics means capable to select an operation mode of the motor between continuous mode, wherein the pump delivers fluid in a continuous and uniform way, and pulse mode, wherein the pump flow rate switches between a minimum flow rate and a maximum flow rate with a switching period, said interface means (1505, 16, 17, 112, 113) comprising a keypad with keys (112A, 112B, 112C, 112D) suitable to allow to select an operation mode of the motor, characterized in that the interface means (1505, 16, 17, 112, 113) also comprise a graphic display suitable to visualize an operation state of the system and a man-machine interface electronic module (1505, 16,17) to which said keys (112A, 112B, 112C, 112D) and graphic display are connected, and in that said interface means (1505, 16, 17, 112, 113) are housed in the handpiece.
A method of monitoring end-to-end Quality-of-experience of services with application awareness, comprising: building an application specific service ping packet having an application identification field that identifies an application to which the application specific service ping packet corresponds; forwarding the application specific service ping packet towards a destination in a network; while the application specific service ping packet is in transit in the network: determining requested application-specific performance and resource metrics from the application specific service ping packet; collecting the requested application-specific performance and resource metrics; inserting the requested application-specific performance and resource metrics into the application specific service ping packet; and extracting the service ping packet from the network, if the service ping packet has reached its destination (570, 575); building an application specific service ping packet having an application identification field that identifies an application to which the application specific service ping packet corresponds; forwarding the application specific service ping packet towards a destination in a network; while the application specific service ping packet is in transit in the network: determining requested application-specific performance and resource metrics from the application specific service ping packet; collecting the requested application-specific performance and resource metrics; inserting the requested application-specific performance and resource metrics into the application specific service ping packet; and determining requested application-specific performance and resource metrics from the application specific service ping packet; collecting the requested application-specific performance and resource metrics; inserting the requested application-specific performance and resource metrics into the application specific service ping packet; and extracting the service ping packet from the network, if the service ping packet has reached its destination (570, 575);
A light-emitting device, comprising: a light guide plate having a first major surface, a second major surface, a side surface between the first and second major surfaces, and a recess, wherein the first major surface functions as a light-emitting surface, the second major surface is located on a side opposite to the first major surface, and the recess is provided in the second major surface; a fluorescent layer provided in the recess; a light-emitting element bonded to the fluorescent layer, wherein the light-emitting element includes an electrode on a surface of the light-emitting element on a side opposite to a surface of the light-emitting element bonded to the fluorescent layer; a module side surface including at least a portion of the side surface of the light guide plate; a first interconnect provided along the second major surface and connected to the electrode of the light-emitting element; and further characterised by a second interconnect provided on the module side surface and connected to the first interconnect. a light guide plate having a first major surface, a second major surface, a side surface between the first and second major surfaces, and a recess, wherein the first major surface functions as a light-emitting surface, the second major surface is located on a side opposite to the first major surface, and the recess is provided in the second major surface; a fluorescent layer provided in the recess; a light-emitting element bonded to the fluorescent layer, wherein the light-emitting element includes an electrode on a surface of the light-emitting element on a side opposite to a surface of the light-emitting element bonded to the fluorescent layer; a module side surface including at least a portion of the side surface of the light guide plate; a first interconnect provided along the second major surface and connected to the electrode of the light-emitting element; and further characterised by a second interconnect provided on the module side surface and connected to the first interconnect.
A flue gas treatment system comprising: a wet desulfurization apparatus which removes sulfur oxides in flue gas from a boiler; a mist collection/agglomeration apparatus including a discharge electrode for charging the SO3 mist provided with a high voltage power supply and a low pressure loss filter grounded, which is provided on a downstream side of the desulfurization apparatus and forms agglomerated and bloated mist by causing particles of mist contained in flue gas arriving from the wet desulfurization apparatus to be bonded together and have bloated particle sizes under the action of electrical charging; the mist collection/agglomeration apparatus causes to re-scatter the agglomerated and bloated mist therefrom; a flue gas cooling tower which cools the flue gas containing the agglomerated and bloated mist arriving from the mist collection/agglomeration apparatus; a CO2 recovery apparatus which is constituted by a CO2 absorption tower having a CO2 absorption unit which removes CO2 contained in the flue gas from the flue gas cooling tower by being brought into contact with a CO2 absorbent and introduces the re-scattered agglomerated and bloated mist to the CO2 absorption unit side to form CO2 absorbent bloated mist bloated by the CO2 absorbent being absorbed by the agglomerated mist, and an absorbent regeneration tower which recovers CO2 by releasing CO2 from the CO2 absorbent having absorbed CO2 and regenerates the CO2 absorbent; and a mist collection unit which is provided on a gas flow downstream side of the CO2 absorption unit and collects the CO2 absorbent bloated mist. a wet desulfurization apparatus which removes sulfur oxides in flue gas from a boiler; a mist collection/agglomeration apparatus including a discharge electrode for charging the SO3 mist provided with a high voltage power supply and a low pressure loss filter grounded, which is provided on a downstream side of the desulfurization apparatus and forms agglomerated and bloated mist by causing particles of mist contained in flue gas arriving from the wet desulfurization apparatus to be bonded together and have bloated particle sizes under the action of electrical charging; the mist collection/agglomeration apparatus causes to re-scatter the agglomerated and bloated mist therefrom; a flue gas cooling tower which cools the flue gas containing the agglomerated and bloated mist arriving from the mist collection/agglomeration apparatus; a CO2 recovery apparatus which is constituted by a CO2 absorption tower having a CO2 absorption unit which removes CO2 contained in the flue gas from the flue gas cooling tower by being brought into contact with a CO2 absorbent and introduces the re-scattered agglomerated and bloated mist to the CO2 absorption unit side to form CO2 absorbent bloated mist bloated by the CO2 absorbent being absorbed by the agglomerated mist, and an absorbent regeneration tower which recovers CO2 by releasing CO2 from the CO2 absorbent having absorbed CO2 and regenerates the CO2 absorbent; and a mist collection unit which is provided on a gas flow downstream side of the CO2 absorption unit and collects the CO2 absorbent bloated mist.
A method for upgrading firmware, comprising: receiving, by an upgrading control single board, a firmware upgrading request from a master control single board, wherein the firmware upgrading request carries firmware upgrading parameter information; determining, by the upgrading control single board according to the firmware upgrading parameter information, a Joint Test Action Group, JTAG, sublink to be upgraded corresponding to the firmware upgrading parameter information, wherein the JTAG sublink to be upgraded is one JTAG sublink of a single board to be upgraded; and acquiring, by the upgrading control single board from the master control single board, firmware upgrading data corresponding to the JTAG sublink to be upgraded, and upgrading, by adopting the firmware upgrading data, one or more pieces of firmware on the JTAG sublink to be upgraded, wherein the one or more pieces of firmware are one or more JTAG devices, the one or more JTAG devices being connected with the JTAG sublink in a daisy chain form; wherein upgrading, by adopting the firmware upgrading data, the one or more pieces of firmware on the JTAG sublink to be upgraded comprises: storing, by the upgrading control single board, the firmware upgrading data into a specific data storage area of a JTAG controller of the upgrading control single board; and completing the loading of the firmware data together, by the JTAG controller of the upgrading control single board and a JTAG bridge chip of the single the one or more pieces of firmware. receiving, by an upgrading control single board, a firmware upgrading request from a master control single board, wherein the firmware upgrading request carries firmware upgrading parameter information; determining, by the upgrading control single board according to the firmware upgrading parameter information, a Joint Test Action Group, JTAG, sublink to be upgraded corresponding to the firmware upgrading parameter information, wherein the JTAG sublink to be upgraded is one JTAG sublink of a single board to be upgraded; and acquiring, by the upgrading control single board from the master control single board, firmware upgrading data corresponding to the JTAG sublink to be upgraded, and upgrading, by adopting the firmware upgrading data, one or more pieces of firmware on the JTAG sublink to be upgraded, wherein the one or more pieces of firmware are one or more JTAG devices, the one or more JTAG devices being connected with the JTAG sublink in a daisy chain form; wherein upgrading, by adopting the firmware upgrading data, the one or more pieces of firmware on the JTAG sublink to be upgraded comprises: storing, by the upgrading control single board, the firmware upgrading data into a specific data storage area of a JTAG controller of the upgrading control single board; and completing the loading of the firmware data together, by the JTAG controller of the upgrading control single board and a JTAG bridge chip of the single the one or more pieces of firmware.
A system for manufacturing pairs of containers, each pair of containers comprising a pair of adjacent vessels made of plastic material joined together by a common laminar lid and with a decorative perimeter banner on each vessel, each vessel comprising a cylindrical upper portion with a constant cross section having a first diameter (d) shaping a fastening surface for the perimeter banner, a spherical lower portion having a maximum second diameter greater than the first diameter (d), and an annular surface defined around a mouth at the top of the cylindrical upper portion, the common laminar lid being fastened to the annular surfaces of the adjacent vessels, the system comprising a mold for shaping pairs of adjacent vessels, a device for inserting the banners into the mold, and an area for forming vessels inside the mold; the mold comprising a mold central body defining two first half-molds for molding two contiguous halves of the adjacent vessels and two mold side bodies defining two second half-molds for molding the other two opposed halves of the adjacent vessels, and an open position of the mold for demolding the pair of containers the mold side bodies being separated from the mold central body at an opening range lesser than a distance between two adjacent vessels and equal to the difference between the maximum second diameter of the spherical lower portion and the first diameter (d) of the cylindrical portion of the vessel.
An electrode assembly for a plasma reaction chamber used in semiconductor substrate processing comprising: a backing member having a bonding surface, the backing member having at least one recess for receiving a bonding material; an electrode having a lower surface on one side and a bonding surface on the other side; wherein the electrode is bonded to the backing member; characterized in that the bonding material is confined to the at least one recess. a backing member having a bonding surface, the backing member having at least one recess for receiving a bonding material; an electrode having a lower surface on one side and a bonding surface on the other side; wherein the electrode is bonded to the backing member; characterized in that the bonding material is confined to the at least one recess.
A vacuum cleaner operable to separate debris from an air stream, the vacuum cleaner comprising: a first housing having an upper end, a lower end, a first longitudinal axis, and an inner wall that surrounds the first longitudinal axis, and the inner wall at least partially defines a first cyclonic separator having an inlet configured to receive the air stream; a second housing located at least partially within the first housing, the second housing including a second longitudinal axis and an inner wall that surrounds the second longitudinal axis, and the inner wall of the second housing at least partially defines a second cyclonic separator having an inlet configured to receive the air stream from the first cyclonic separator; and a dirt cup in fluid communication with the first and second cyclonic separators (52, 66), the dirt cup configured to receive the debris separated from the air stream by the first and second cyclonic separators (52, 66), wherein the inlet of the second cyclonic separator directs the air stream in an inlet flow direction from the upper end of the first housing toward the lower end of the first housing and along the second longitudinal axis into the second cyclonic separator, characterized in that the inlet of the second cyclonic separator has an inlet cross-sectional area for flow of the air stream measured normal to the second longitudinal axis that decreases in the inlet flow direction. a first housing having an upper end, a lower end, a first longitudinal axis, and an inner wall that surrounds the first longitudinal axis, and the inner wall at least partially defines a first cyclonic separator having an inlet configured to receive the air stream; a second housing located at least partially within the first housing, the second housing including a second longitudinal axis and an inner wall that surrounds the second longitudinal axis, and the inner wall of the second housing at least partially defines a second cyclonic separator having an inlet configured to receive the air stream from the first cyclonic separator; and a dirt cup in fluid communication with the first and second cyclonic separators (52, 66), the dirt cup configured to receive the debris separated from the air stream by the first and second cyclonic separators (52, 66),
Attachment device that is designed as a carpet brush or as a hard floor accessory for a vacuum cleaner or as a wet cleaning accessory for a wet cleaning device, for connecting to a joining region of a base device of a cleaning device, in particular for connecting to a joining region of a base device of a domestic vacuum cleaner, an operating parameter of the base device, in particular a fan power of a fan of the base device, being variable according to information from the attachment device, characterised in that the attachment device comprises an attachment controller which is configured to output a control command for a base controller of the base device that is arranged in the base device, the attachment device being configured to be identified in relation to the base device by means of the control command by the attachment controller transmitting an ID code to the base controller, and in that the attachment controller of the attachment device can receive information from the base device before the control command is generated, it being possible for information that has been transmitted to a communication interface of the base device by a user by means of a selection means to be transmitted to the attachment controller by means of the communication interface.
A method for forming a scratch-resistant glass article comprising: providing a glass substrate having opposing major surfaces; and forming an inorganic, optically-transparent layer over a majority of a first major surface, wherein the forming comprises heating the glass substrate to a temperature of less than 500°C and the glass substrate comprises chemically-strengthened glass. providing a glass substrate having opposing major surfaces; and forming an inorganic, optically-transparent layer over a majority of a first major surface, wherein the forming comprises heating the glass substrate to a temperature of less than 500°C and the glass substrate comprises chemically-strengthened glass.
A refrigerator comprising: a cabinet formed with an upper storage compartment, an intermediate storage compartment, and a lower storage compartment, which are partitioned from one another by insulated partition walls (13, 14); a first evaporator to supply cold air to the upper storage compartment; a second evaporator to supply cold air to the lower storage compartment; a cold air supplier arranged beneath a rear wall of the upper storage compartment to supply cold air to the intermediate storage compartment; a cold air supply duct to supply cold air generated at the second evaporator to the intermediate storage compartment; and a curved section formed at a top of the intermediate storage compartment to uniformly distribute the cold air supplied via the cold air supply duct in the intermediate storage compartment, so that the curved section functions as a cold air diffuser to diffuse cold air, characterized in that the intermediate storage compartment includes a cold air inlet configured to remove air from the intermediate storage compartment and an air introduction preventing cap provided over the cold air inlet configured to force the cold air introduced into the intermediate storage compartment from a fan to circulate in the intermediate storage compartment before exiting the intermediate storage compartment through the cold air inlet. a cabinet formed with an upper storage compartment, an intermediate storage compartment, and a lower storage compartment, which are partitioned from one another by insulated partition walls (13, 14); a first evaporator to supply cold air to the upper storage compartment; a second evaporator to supply cold air to the lower storage compartment; a cold air supplier arranged beneath a rear wall of the upper storage compartment to supply cold air to the intermediate storage compartment; a cold air supply duct to supply cold air generated at the second evaporator to the intermediate storage compartment; and a curved section formed at a top of the intermediate storage compartment to uniformly distribute the cold air supplied via the cold air supply duct in the intermediate storage compartment, so that the curved section functions as a cold air diffuser to diffuse cold air, characterized in that the intermediate storage compartment includes a cold air inlet configured to remove air from the intermediate storage compartment and an air introduction preventing cap provided over the cold air inlet configured to force the cold air introduced into the intermediate storage compartment from a fan to circulate in the intermediate storage compartment before exiting the intermediate storage compartment through the cold air inlet.