mhurhangee/ep-ind-claims huggingface dataset:
An apparatus (302; 402; 502; 602; 702; 902) for enclosing at least one medium and/or high voltage unit connectable to an electric power system, each unit comprising one or a plurality of electrical components and generating heat as a by-product during operation, wherein the apparatus comprises a housing (310; 410; 510; 610; 710; 910) which comprises a main chamber (312; 412; 512; 612; 712; 912) housing a seat (314; 414; 514; 614; 914) for holding the unit, the main chamber being arranged to house the unit, wherein the housing comprises at least one gas exit opening (316; 416; 516; 616; 916) at an upper part (317; 417; 517; 617; 717; 917) of the housing and at least one gas entry opening (318; 418; 518; 618; 918), wherein the housing comprises a sound-absorptive gas exit chamber (320; 420; 520; 620; 720; 920) provided with the at least one gas exit opening, wherein the housing comprises a sound-absorptive gas entry chamber (322; 422; 522; 622; 922) provided with the at least one gas entry opening (318; 418; 518; 618; 918), wherein a first free heat convection path is provided inside the housing (310; 410; 510; 610; 710; 910) between the at least one gas entry opening and the at least one gas exit opening (316; 416; 516; 616; 916), via the gas entry chamber (322; 422; 522; 622; 922), via the main chamber (312; 412; 512; 612; 712; 912) and via the gas exit chamber (320; 420; 520; 620; 720; 920), in order to provide cooling, wherein each of the gas exit chamber (320; 420; 520; 620; 720; 920) and the gas entry chamber (322; 422; 522; 622; 922) houses at least one sound-absorbing member (324; 424; 524; 624; 724; 924) made at least partially of a sound-absorbing material for absorbing sound produced by the unit during operation, wherein at least one of the gas exit chamber and the gas entry chamber has at least one heat conducting wall (326; 426; 526, 527; 626; 726, 727; 926, 927) and at least one free space (328; 428; 528; 628; 728, 729; 928) provided between the at least one sound-absorbing member and said heat conducting wall such that the first free heat convection path is provided inside the housing between the at least one gas entry opening and the at least one gas exit opening via the at least one free space, wherein the heat conducting wall heats the gas or gas mixture flowing in and passing through the at least one free space.
A washing machine having a drum wherein laundry to be washed is to be disposed, a loading opening through which laundry can be loaded to the drum, a front door closing the loading opening and having a frame cover and a door frame connected to the frame cover by means of welding, and each of the frame cover and the door frame having respective welding lines (122, 132, 152, 162) on at least one portion of a side facing a respective other of the frame cover and the door frame, characterized by the frame cover and the door frame comprising at least one notch (123, 133, 153, 163) provided on one of the welding lines (122, 132, 152, 162), and at least one placement portion (124, 134, 154, 164) on another of the welding lines (122, 132, 152, 162) for mating the notch (123, 133, 153, 163), with the notch (123, 133, 153, 163) disposed in the placement portion (124, 134, 154, 164).
A chemical-mechanical polishing composition comprising: (a) wet-process ceria abrasive particles having an average particle size of 30 nm or less, wherein the ceria abrasive particles are substantially free of agglomeration in the polishing composition; (b) at least one alcohol amine in an amount from 0.001 wt% to 1 wt% of the composition; (c) at least one nonionic surfactant in an amount from 0.001 wt% to 1 wt% of the composition, the nonionic surfactant comprising a polysorbate, sorbitan, polyoxyethylene ether, ethoxylate, acrylic, polyether polyol, or any combination thereof; and (d) water; wherein the composition has a pH of 6 or more. (a) wet-process ceria abrasive particles having an average particle size of 30 nm or less, wherein the ceria abrasive particles are substantially free of agglomeration in the polishing composition; (b) at least one alcohol amine in an amount from 0.001 wt% to 1 wt% of the composition; (c) at least one nonionic surfactant in an amount from 0.001 wt% to 1 wt% of the composition, the nonionic surfactant comprising a polysorbate, sorbitan, polyoxyethylene ether, ethoxylate, acrylic, polyether polyol, or any combination thereof; and (d) water; wherein the composition has a pH of 6 or more.
A gas flowmeter comprising: a body having a passage that communicates with an inlet and an outlet for receiving gas flow therethrough; a selectively variable valve mounted on the side of body prior to the outlet thereby to control a flow of gas to the outlet; a transparent tube fixed at a first end to the body and receiving at its second end a cap, the body, the transparent tube and the cap together defining a pressurized chamber; a transparent rotameter tube provided in a centre of the pressurized chamber, the rotameter tube defining a chamber sealed at a first end to the body and connected at its second end to the cap; a transparent cover outside of the pressurized chamber, the cover comprising multiple calibrated scales operatively associated with the passage that represent a flow rate of gas through the passage; and first and second floats having different material properties received within the transparent rotameter tube and viewable in operative association with the multiple calibrated scales. a body having a passage that communicates with an inlet and an outlet for receiving gas flow therethrough; a selectively variable valve mounted on the side of body prior to the outlet thereby to control a flow of gas to the outlet; a transparent tube fixed at a first end to the body and receiving at its second end a cap, the body, the transparent tube and the cap together defining a pressurized chamber; a transparent rotameter tube provided in a centre of the pressurized chamber, the rotameter tube defining a chamber sealed at a first end to the body and connected at its second end to the cap; a transparent cover outside of the pressurized chamber, the cover comprising multiple calibrated scales operatively associated with the passage that represent a flow rate of gas through the passage; and first and second floats having different material properties received within the transparent rotameter tube and viewable in operative association with the multiple calibrated scales.
A recombinant Archaeal Family-B polymerase that transcribes a template that is RNA and has one or more mutations compared to a wild-type Archaeal Family-B polymerase wherein the polymerase has one or more genetically engineered mutations compared to a wild-type Archaeal Family-B polymerase, the recombinant Archaeal Family-B polymerase having an amino acid sequence at least 95% identical to SEQ ID NO: 1 and comprising an amino acid substitution corresponding to position Y493 to a leucine residue or a cysteine residue.
An electric storage device comprising an electrode assembly, in which a positive electrode and a negative electrode in the shape of a sheet are wound with a separator sandwiched therebetween, wherein the electrode assembly has a flat shape and includes a first flat portion (20a1) and a second flat portion (20a2), which are opposed to each other, and a first curved portion (20b1) and a second curved portion (20b2) which connect end portions of the first and second flat portions (20a1, 20a2) together, and one of the positive electrode and the negative electrode covers an inner-circumferential end portion of the other electrode and is disposed on an innermost circumference wherein a leading-end edge of an inner-circumferential end portion of the other electrode is positioned in one of the first and second flat portions (20a1, 20a2), characterized in that an inner-circumferential end portion of the one of the electrodes is curved in the shape of a circular arc along an inner surface of one of the first and second curved portions (20b1, 20b2) to cause an elastic force to act outwardly on the other electrode, wherein a leading-end edge of the inner-circumferential end portion of the one of the electrodes is positioned in an area of one of the first and second curved portions (20b1, 20b2) beyond a fold-back point of the one of the first and second curved portions. the electrode assembly has a flat shape and includes a first flat portion (20a1) and a second flat portion (20a2), which are opposed to each other, and a first curved portion (20b1) and a second curved portion (20b2) which connect end portions of the first and second flat portions (20a1, 20a2) together, and one of the positive electrode and the negative electrode covers an inner-circumferential end portion of the other electrode and is disposed on an innermost circumference wherein a leading-end edge of an inner-circumferential end portion of the other electrode is positioned in one of the first and second flat portions (20a1, 20a2), characterized in that an inner-circumferential end portion of the one of the electrodes is curved in the shape of a circular arc along an inner surface of one of the first and second curved portions (20b1, 20b2) to cause an elastic force to act outwardly on the other electrode, wherein a leading-end edge of the inner-circumferential end portion of the one of the electrodes is positioned in an area of one of the first and second curved portions (20b1, 20b2) beyond a fold-back point of the one of the first and second curved portions.
Door for apparatus to cook and/or heat food, comprising at least a perimeter frame (12; 12a, 12b) and two panels (14a, 14b) made of an at least partly transparent material, an internal panel and an external panel to which a gripping handle is attached for opening and closing the door, located distanced and facing each other and delimited externally by said at least one perimeter frame (12; 12a, 12b), so as to form a closed chamber, wherein at least said internal panel is co-molded with the at least one perimeter frame (12; 12a, 12b) to form an hermetic seal therebetween configured to prevent penetration of steam between the internal panel and the perimeter frame into the closed chamber, characterized in that said internal panel is made by a material that is more resistant to heat than the material of said external panel, and wherein the closed chamber is hermetically sealed on an internal side, and in that said perimeter frame is co-molded with both panels (14a, 14b).
An electrochemical cell, which comprises: a) an anode comprising an anode active material; b) a cathode comprising a cathode active material, operatively associated with the anode; c) an electrolyte solution activating the anode and the cathode, wherein the anode active material of said anode and the cathode active material of said cathode are present in the cell in an anode-to-cathode capacity ratio of from 0.68 to 0.96 based on the gram amount of anode and cathode active materials, and based on a theoretical maximum capacity of the anode active material intercalated into the cathode active material of 7.0, such that the percent total cell thickness change throughout discharge is less than 10 percent; wherein the anode active material is lithium; and wherein the cathode active material is ε-phrase silver vanadium oxide (Ag 2 V 4 O 11). a) an anode comprising an anode active material; b) a cathode comprising a cathode active material, operatively associated with the anode; c) an electrolyte solution activating the anode and the cathode,
A method for decoding a binary convolutional code using a Viterbi algorithm, for a decoder using a Register Exchange method, said method comprising: - producing a preliminary decoded bit from bits of a plurality of survivor paths at a defined index, the defined index being at a smaller depth in processing history than a reference index at which a final decoded bit is generated, wherein the preliminary decoded bit comprises the value of the majority of the bits; subtracting the preliminary decoded bit from the bits of the plurality of survivor paths to produce a plurality of prediction error bits; appending a series of prediction error bits to the ends of a plurality of differential survivor paths; delaying the preliminary decoded bit; and generating the final decoded bit from the plurality of differential survivor paths at the reference index and the delayed preliminary decoded bit. - producing a preliminary decoded bit from bits of a plurality of survivor paths at a defined index, the defined index being at a smaller depth in processing history than a reference index at which a final decoded bit is generated, wherein the preliminary decoded bit comprises the value of the majority of the bits; subtracting the preliminary decoded bit from the bits of the plurality of survivor paths to produce a plurality of prediction error bits; appending a series of prediction error bits to the ends of a plurality of differential survivor paths; delaying the preliminary decoded bit; and generating the final decoded bit from the plurality of differential survivor paths at the reference index and the delayed preliminary decoded bit.
A seal in combination with a rotating component for a gas turbine engine, the seal comprising: plural members, including a first member defining a beam, a second member defining a second beam, and a third member defining a shoe; the plural members being spaced in a radial direction when mounted in a gas turbine engine, the first member being disposed at a radial outer end of the seal, the second member being disposed on a radial middle of the seal, and the third member being disposed at a radial inner end of the seal; and the plural members extending in a lengthwise direction, the first member and second member being connected at a lengthwise inner end of the seal, and the plural members being connected at a lengthwise outer end of the seal; characterised in that: the seal includes a single crystal material with a predetermined crystalline orientation, wherein the orientation is such that the natural frequency for at least two of the plural members differs; and the orientation provides for the natural frequency of the seal being greater than a rotational speed of the rotating component in an amount that is greater than a threshold. plural members, including a first member defining a beam, a second member defining a second beam, and a third member defining a shoe; the plural members being spaced in a radial direction when mounted in a gas turbine engine, the first member being disposed at a radial outer end of the seal, the second member being disposed on a radial middle of the seal, and the third member being disposed at a radial inner end of the seal; and the plural members extending in a lengthwise direction, the first member and second member being connected at a lengthwise inner end of the seal, and the plural members being connected at a lengthwise outer end of the seal; characterised in that: the seal includes a single crystal material with a predetermined crystalline orientation, wherein the orientation is such that the natural frequency for at least two of the plural members differs; and the orientation provides for the natural frequency of the seal being greater than a rotational speed of the rotating component in an amount that is greater than a threshold. the seal includes a single crystal material with a predetermined crystalline orientation, wherein the orientation is such that the natural frequency for at least two of the plural members differs; and the orientation provides for the natural frequency of the seal being greater than a rotational speed of the rotating component in an amount that is greater than a threshold.
A screen printing plate for use in printing a conductive paste to simultaneously form a bus bar electrode and a plurality of finger electrodes on a solar cell, the screen printing plate including a bus bar electrode opening and a plurality of finger electrode openings, characterised in that the finger electrode openings have an opening width of less than 80 μm, and the screen printing plate has a plurality of blocked zones in the bus bar electrode opening, at positions aligned with the finger electrode openings.
An AC motor driving apparatus comprising: an inverter; and a pulse width modulation, PWM, device for PWM controlling an output voltage to be supplied at least to an AC motor; characterized in that a time constant adjusting coil is provided in series with the AC motor at an output end of the PWM device to make a time constant of the AC motor greater than or equal to a period of a carrier frequency of the PWM device, a switching element is connected in parallel with the time constant adjusting coil, and the AC motor driving apparatus comprises means configured to control the switching element in such a manner that current does not pass through the time constant adjusting coil at least during first pulses output from the PWM device when a starting current of the AC motor starts up. an inverter; and a pulse width modulation, PWM, device for PWM controlling an output voltage to be supplied at least to an AC motor; characterized in that a time constant adjusting coil is provided in series with the AC motor at an output end of the PWM device to make a time constant of the AC motor greater than or equal to a period of a carrier frequency of the PWM device, a switching element is connected in parallel with the time constant adjusting coil, and the AC motor driving apparatus comprises means configured to control the switching element in such a manner that current does not pass through the time constant adjusting coil at least during first pulses output from the PWM device when a starting current of the AC motor starts up.
A hair treatment method for curling a lock of hair using a hair holder including a tubular body, the tubular body having: a first opening located at a first end of the tubular body; and a second opening located at a second end of the tubular body, and being configured to allow a lock of hair to be inserted from the first opening toward the second opening and to be capable of being rolled up, the method comprising inserting a lock of hair into the hair holder, rolling up the tubular body together with the lock of hair inserted in the tubular body in such a manner that, in the tubular body, a large diameter portion that has a tubular shape and that forms an outer circumferential portion and a small diameter portion that is located inside the large diameter portion are formed thereby creating a space between the small diameter portion and the large diameter portion, and performing the curling while maintaining this wound state, characterized in that an inner diameter of the large diameter portion is not less than 1.2 times an outer diameter of the small diameter portion. the method comprising inserting a lock of hair into the hair holder, rolling up the tubular body together with the lock of hair inserted in the tubular body in such a manner that, in the tubular body, a large diameter portion that has a tubular shape and that forms an outer circumferential portion and a small diameter portion that is located inside the large diameter portion are formed thereby creating a space between the small diameter portion and the large diameter portion, and performing the curling while maintaining this wound state, characterized in that an inner diameter of the large diameter portion is not less than 1.2 times an outer diameter of the small diameter portion.
A method of verifying an operation of a self-organizing mobile radio communication network, the method comprising: sending an Initiation Message (210, 333) from a first network entity to a second network entity (332, 337), the Initiation Message defining an undo request and comprising an UNDO section defining an undo area in which changes of configuration management parameters have to be undone, a TRIGERRING_CM section indicating configuration management changes to the network which impact the undo area, and an ASSISTANCE section indicating how the second network entity (332, 337) shall act; receiving, at the first network entity, an Assistance-Response Message (211, 334) sent from the second network entity (332, 337), the Assistance-Response Message comprising the UNDO section and an ASSISTED_CM section, the ASSISTED_CM section indicating the configuration management parameters for which the second network entity (332, 337) will assist the first network entity; and sending an Assistance-Acknowledge Message (212, 335) including an ACK flag and the UNDO section from the first network entity to the second network entity (332, 337), wherein the ACK flag indicates whether the first network entity acknowledges the assistance of the second network entity (332, 337). sending an Initiation Message (210, 333) from a first network entity to a second network entity (332, 337), the Initiation Message defining an undo request and comprising an UNDO section defining an undo area in which changes of configuration management parameters have to be undone, a TRIGERRING_CM section indicating configuration management changes to the network which impact the undo area, and an ASSISTANCE section indicating how the second network entity (332, 337) shall act; receiving, at the first network entity, an Assistance-Response Message (211, 334) sent from the second network entity (332, 337), the Assistance-Response Message comprising the UNDO section and an ASSISTED_CM section, the ASSISTED_CM section indicating the configuration management parameters for which the second network entity (332, 337) will assist the first network entity; and sending an Assistance-Acknowledge Message (212, 335) including an ACK flag and the UNDO section from the first network entity to the second network entity (332, 337), wherein the ACK flag indicates whether the first network entity acknowledges the assistance of the second network entity (332, 337).