mhurhangee/ep-ind-claims huggingface dataset:
Extractor hood for a hob which can aspirate vapours or fumes generated during the preparation of food on said hob, the hood comprising a structure containing a fan for the aspiration of said vapours or fumes through an opening of the hood, at said opening there being provided a filtering unit comprising at least one metal filter, namely a filter for the grease, associated with a frame of the filter which has slots for the passage of said vapours or fumes towards the metal filter, said slots being separated by flat areas, said filtering unit being supported by said structure of the hood, said metal filter being further to the inside of said structure than the frame of the filter, wherein said filtering unit is inclined relative to the opening of the hood where it is positioned, the metal filter being pleated and being supported on said frame for the filter, said metal filter having a plurality of adjacent filtering elements which are distant from said frame for the filter, with a vertex part, and are connected to one another at ends of their lateral portions which are at least close to said frame for the filter, said lateral portions having a plurality of distributed passages which can deflect the vapours or fumes aspirated onto a surface of said lateral portions inside the hood where said vapours or fumes condense, the condensate then being collected inside the hood such as to prevent dripping onto the hob, wherein the filter for the grease comprises a body of the pleated type, which body has said plurality of filtering elements, said body being in a single piece.
A process for the preparation of an ethylene polymer comprising polymerizing ethylene or copolymerizing ethylene and one or more other olefins in the presence of a Phillips-type chromium catalyst in a gas-phase polymerization reactor containing a reactor bed of particulate polymer, which gas-phase polymerization reactor is equipped with a cycle gas line for withdrawing reactor gas from the reactor, leading the reactor gas through a heat-exchanger for cooling and feeding the reactor gas back to the reactor, wherein the reactor gas returned to the polymerization reactor through the cycle gas line has been partly condensed and the amount of liquid in the reactor gas returned to the polymerization reactor is from 0.5 wt.% to 10 wt.%, the polymerization is carried out at a temperature from 108 °C to 125°C, and an aluminum alkyl of formula AlR 3 or of formula AlR n R' m, in which R is a C 4 -C 12 -alkyl, R' is a C 4 -C 24 -alkanediyl group which is bridging two aluminum atoms, and n + m = 3, is fed into the polymerization reactor in an amount in the range of from 0.0025 mole to 0.1 mole per ton of dosed ethylene.
A developer container (220, 260, 270) comprising: a housing (223, 263) having at least one storage chamber (221, 222, 261, 262) for storing developer; a first rotating member (28, 265, 275) extending from a first end portion (28a, 265a, 275a) to a second end portion (28b, 265b, 275b) through at least one of the at least one storage chamber (221, 261, 262); a first gear (28G1, 68G) connected to the first end portion (28a, 265a, 275a) and disposed outside of the housing (223, 263); and a second gear (28G2, 69G) connected to the second end portion (28b, 265b, 275b) and disposed outside of the housing (223, 263), the first rotating member (28, 265, 275) being configured to transmit driving force from the first gear (28G1, 68G) to the second gear (28G2, 69G), wherein: the at least one storage chamber (261, 262) comprises a first storage chamber for storing a first developer and a second storage chamber for storing a second developer; and the first rotating member (265, 275) includes a first rotating body disposed in the first storage chamber and a second rotating body disposed in the second storage chamber. a housing (223, 263) having at least one storage chamber (221, 222, 261, 262) for storing developer; a first rotating member (28, 265, 275) extending from a first end portion (28a, 265a, 275a) to a second end portion (28b, 265b, 275b) through at least one of the at least one storage chamber (221, 261, 262); a first gear (28G1, 68G) connected to the first end portion (28a, 265a, 275a) and disposed outside of the housing (223, 263); and a second gear (28G2, 69G) connected to the second end portion (28b, 265b, 275b) and disposed outside of the housing (223, 263), the first rotating member (28, 265, 275) being configured to transmit driving force from the first gear (28G1, 68G) to the second gear (28G2, 69G), wherein: the at least one storage chamber (261, 262) comprises a first storage chamber for storing a first developer and a second storage chamber for storing a second developer; and the first rotating member (265, 275) includes a first rotating body disposed in the first storage chamber and a second rotating body disposed in the second storage chamber. the at least one storage chamber (261, 262) comprises a first storage chamber for storing a first developer and a second storage chamber for storing a second developer; and the first rotating member (265, 275) includes a first rotating body disposed in the first storage chamber and a second rotating body disposed in the second storage chamber.
A method for repairing a damaged component of a turbomachine, the method comprising the following steps: • providing a replacement part, which is connected to a replacement part carrying device that is thicker than the replacement part, in order to buffer mechanical and thermal energy; • arranging the replacement part, having been connected to the replacement part carrying device, in the region of the damage to the component; • connecting the replacement part to the component, wherein mechanical and thermal energy released during the connecting is buffered by means of the replacement part carrying device; and • removing the replacement part carrying device from the replacement part connected to the component, characterized in that: a reusable replacement part carrying device having a groove for the replacement part is used; and the replacement part, for releasably connecting to the replacement part carrying device, is arranged at least regionally in the correspondingly-configured groove of the replacement part carrying device. • providing a replacement part, which is connected to a replacement part carrying device that is thicker than the replacement part, in order to buffer mechanical and thermal energy; • arranging the replacement part, having been connected to the replacement part carrying device, in the region of the damage to the component; • connecting the replacement part to the component, wherein mechanical and thermal energy released during the connecting is buffered by means of the replacement part carrying device; and • removing the replacement part carrying device from the replacement part connected to the component, characterized in that: a reusable replacement part carrying device having a groove for the replacement part is used; and the replacement part, for releasably connecting to the replacement part carrying device, is arranged at least regionally in the correspondingly-configured groove of the replacement part carrying device.
Electronic switch, having - at least two turn-off semiconductor switches and - a capacitor, wherein the electronic switch has a first connection and a second connection, between which an electrically conductive connection is makeable or breakable by means of the at least two turn-off semiconductor switches on the basis of the switching state of the turn-off semiconductor switches, wherein the at least two turn-off semiconductor switches are arranged in a series connection, wherein two of the at least two turn-off semiconductor switches are arranged in antiseries with one another, wherein the series connection comprising the turn-off semiconductor switches is arranged between the first connection and the second connection of the electronic switch, characterized in that the electronic switch further has a varistor, wherein a series connection comprising the varistor and the capacitor is connected via a first diode to the first connection and via a second diode to the second connection in each case, wherein the first diode has its anode connected to the first connection of the electronic switch and has its cathode connected to a first end of the series connection comprising the varistor and the capacitor, wherein the second diode has its anode connected to the second connection of the electronic switch and has its cathode connected to the cathode of the first diode, wherein the electronic switch has a third connection, wherein a second end of the series connection comprising the varistor and the capacitor is connected to the third connection. - at least two turn-off semiconductor switches and - a capacitor,
An antimicrobial composition comprising (a) an essential oil active mixture of 0.02 wt-% to less than 0.2 wt-% thymol and 0.05 wt-% to less than 0.5 wt-% terpineol, wherein wt% is expressed by weight of the composition; and (b) 0.1 wt-% to 5 wt-% of a hydrotrope selected from the group consisting of sodium benzoate, sodium toluene sulphonate, sodium cumene sulphonate, sodium xylene sulphonate, sodium salicylate, sodium acetate, and mixtures thereof. (a) an essential oil active mixture of 0.02 wt-% to less than 0.2 wt-% thymol and 0.05 wt-% to less than 0.5 wt-% terpineol, wherein wt% is expressed by weight of the composition; and (b) 0.1 wt-% to 5 wt-% of a hydrotrope selected from the group consisting of sodium benzoate, sodium toluene sulphonate, sodium cumene sulphonate, sodium xylene sulphonate, sodium salicylate, sodium acetate, and mixtures thereof.
A core material of a seat cushion for a vehicle comprising: a thermoplastic resin expanded beads molded article having a substantially rectangular shape in a top view; and an annular frame member buried in the circumferential portion of the thermoplastic resin expanded beads molded article by insert molding, the expanded beads molded article comprising: thick portions (4a, 4b) on a front side and on both sides of the expanded beads molded article; and an occupant seating portion on an upper surface in an inner region with respect to the circumferential portion; the frame member comprising: a front frame portion; a rear frame portion (3b-1); and two side frame portions connecting the front frame portion and the rear frame portion to each other; wherein, in the expanded beads molded article, first slits are formed, the first slits each having a slit piece along the front frame member at a position in front of the occupant seating portion and inner side of the front frame portion and another slit piece along the side frame portion at a position between outside of the occupant seating portion and inside of the side frame portion; and at least one second slit intersecting the frame member is formed at a position in the thick portions where the frame member is buried. a thermoplastic resin expanded beads molded article having a substantially rectangular shape in a top view; and an annular frame member buried in the circumferential portion of the thermoplastic resin expanded beads molded article by insert molding, the expanded beads molded article comprising: thick portions (4a, 4b) on a front side and on both sides of the expanded beads molded article; and an occupant seating portion on an upper surface in an inner region with respect to the circumferential portion; the frame member comprising: thick portions (4a, 4b) on a front side and on both sides of the expanded beads molded article; and an occupant seating portion on an upper surface in an inner region with respect to the circumferential portion; the frame member comprising: a front frame portion; a rear frame portion (3b-1); and two side frame portions connecting the front frame portion and the rear frame portion to each other; wherein, in the expanded beads molded article, first slits are formed, the first slits each having a slit piece along the front frame member at a position in front of the occupant seating portion and inner side of the front frame portion and another slit piece along the side frame portion at a position between outside of the occupant seating portion and inside of the side frame portion; and at least one second slit intersecting the frame member is formed at a position in the thick portions where the frame member is buried.
A heat source unit comprising: a plurality of compressors (21,41,51,71); and a controller, characterized in that, when an operating current of any one of the compressors (21,41,51,71) is abnormally increased, the controller is configured to execute release control for reducing capacity of the compressor (21,41,51,71) in which the operating current is abnormally increased, when release control for reducing capacity of any one of the compressors (21,41,51,71) is executed, the controller configured to increase capacity of one or more of the compressors (21,41,51,71) except the compressor (21,41,51,71) subjected to the release control by an amount of the capacity reduced by the release control, and the controller is configured to distribute an amount of the capacity of the compressor (21,41,51,71) subjected to the release control reduced by the release control proportionally among one or more of the compressors (21,41,51,71) except the compressor (21,41,51,71) subjected to the release control, and increase capacity of one or more of the compressors (21,41,51,71) except the compressor (21,41,51,71) subjected to the release control by the distributed amounts of the capacity. a plurality of compressors (21,41,51,71); and a controller, characterized in that, when an operating current of any one of the compressors (21,41,51,71) is abnormally increased, the controller is configured to execute release control for reducing capacity of the compressor (21,41,51,71) in which the operating current is abnormally increased, when release control for reducing capacity of any one of the compressors (21,41,51,71) is executed, the controller configured to increase capacity of one or more of the compressors (21,41,51,71) except the compressor (21,41,51,71) subjected to the release control by an amount of the capacity reduced by the release control, and the controller is configured to distribute an amount of the capacity of the compressor (21,41,51,71) subjected to the release control reduced by the release control proportionally among one or more of the compressors (21,41,51,71) except the compressor (21,41,51,71) subjected to the release control, and increase capacity of one or more of the compressors (21,41,51,71) except the compressor (21,41,51,71) subjected to the release control by the distributed amounts of the capacity.
A house dust treatment agent comprising: (i) an allergen inactivating agent comprising a titanium oxide having a photocatalytic activity; and (ii) sodium polyacrylate.
A first polynucleotide for use in a method for treating detrusor hyperreflexia and/or detrusor-external sphincter dyssynergia in an individual in need thereof, wherein said first polynucleotide comprises a nucleotide sequence encoding a light-responsive opsin protein comprising: i) a sequence at least 95% identical to the sequence shown in SEQ ID NO:1, SEQ ID NO:4, or SEQ ID NO:23; ii) an ER export signal; and iii) a membrane trafficking signal, and wherein the method comprises: administering an effective amount of said first polynucleotide comprising a nucleotide sequence encoding a first light-responsive opsin protein to the individual, wherein the opsin protein is expressed on the plasma membrane of a population of neurons responsible for the innervation of the detrusor muscle and/or a population of neurons responsible for the innervation of the external urinary sphincter muscle in the individual, wherein said first opsin protein induces hyperpolarization of the neurons expressing the opsin protein in response to light, whereby the hyperpolarization of the neurons responsible for the innervation of the detrusor muscle permits storage of urine in the bladder and the hyperpolarization of the neurons responsible for the innervation of the external urinary sphincter muscle permits voiding urine from the bladder. administering an effective amount of said first polynucleotide comprising a nucleotide sequence encoding a first light-responsive opsin protein to the individual, wherein the opsin protein is expressed on the plasma membrane of a population of neurons responsible for the innervation of the detrusor muscle and/or a population of neurons responsible for the innervation of the external urinary sphincter muscle in the individual, wherein said first opsin protein induces hyperpolarization of the neurons expressing the opsin protein in response to light, whereby the hyperpolarization of the neurons responsible for the innervation of the detrusor muscle permits storage of urine in the bladder and the hyperpolarization of the neurons responsible for the innervation of the external urinary sphincter muscle permits voiding urine from the bladder.
A replacement valve assembly comprising a collapsible and expandable anchoring structure which comprises an inflow rim formed with a zigzag configuration; an outflow rim formed with a zigzag configuration; and three support posts which extend longitudinally from the inflow rim to the outflow rim, wherein the support posts comprise blades for attachment of commissural tabs of the valve;, and wherein the proximal ends of the vertical support posts are connected to peaks of the inflow rim, and the distal ends of the support posts are connected to valleys of the outflow rim, and a valve, wherein an inflow annulus of the valve is supported at the inflow rim and commissural tabs of the valve are attached to the blades of the support posts, wherein the outflow rim of the anchoring structure is configured to be longitudinally displaced from a distal outflow annulus of the valve leaflets that reside within the lumen of the anchoring structure. an inflow rim formed with a zigzag configuration; an outflow rim formed with a zigzag configuration; and three support posts which extend longitudinally from the inflow rim to the outflow rim, wherein the support posts comprise blades for attachment of commissural tabs of the valve;, and wherein the proximal ends of the vertical support posts are connected to peaks of the inflow rim, and the distal ends of the support posts are connected to valleys of the outflow rim, an inflow annulus of the valve is supported at the inflow rim and commissural tabs of the valve are attached to the blades of the support posts, wherein the outflow rim of the anchoring structure is configured to be longitudinally displaced from a distal outflow annulus of the valve leaflets that reside within the lumen of the anchoring structure.
Light module for a lighting device of a motor vehicle, the light module comprising a semiconductor light source and a heat sink, the semiconductor light source being arranged in a thermal connection to the heat sink, and further comprising an electrical line for supplying energy to and/or controlling any electronic components of the lighting device, at least part of the line extending through at least part of the heat sink, characterized in that the heat sink has a recess which extends over the entire width of the heat sink and in which the part of the line that is guided through the heat sink extends.
A CMOS device comprising silicon and germanium, a substrate, a buffer layer on said substrate, said buffer layer comprising Si 1-x,Ge x a local nMOS channel layer element of a first FINFET device on said buffer layer (Si 1-z,Ge z with z<x), and a local pMOS channel layer element of a second FINFET device on said buffer layer (Si 1-y,Ge y with y>x); wherein with x < 0.50 and wherein said nMOS channel layer element and said pMOS channel layer element extend from a surface defined by a common upper surface of said buffer layer and are part of respective FINFET structures, wherein x is within the range of 0.15 to 0.45; wherein z is within the range between 0 and 0.15; and characterized in that said local pMOS channel layer element comprises Si 1-y,Ge y, wherein y is within the range of 0.35 to 0.55.
A method comprising: executing, by one or more processors of a vehicle, an operating system to control a plurality of systems of the vehicle; obtaining, by the one or more processors, an extensible mapping between a local control message specified in accordance with a control bus protocol and a standard control message supported by the operating system, wherein the extensible mapping defines how each byte of the standard control message is to be rearranged within the standard control message and/or how a value of each byte is to be converted to obtain the local control message conforming with the control bus protocol; generating, by the operating system executed by the one or more processors, the standard control message, the standard control message including a first representation of a command set to initiate an operational state change of at least one of the systems; translating, by the one or more processors and based on the extensible mapping, the standard control message to obtain the local control message, the local control message including a second representation of the command set (306, 310); and transmitting, by the one or more processors and via a control bus coupled to the one or more processors and the one or more systems, the local control message to initiate the operational state change of the one or more systems. executing, by one or more processors of a vehicle, an operating system to control a plurality of systems of the vehicle; obtaining, by the one or more processors, an extensible mapping between a local control message specified in accordance with a control bus protocol and a standard control message supported by the operating system, wherein the extensible mapping defines how each byte of the standard control message is to be rearranged within the standard control message and/or how a value of each byte is to be converted to obtain the local control message conforming with the control bus protocol; generating, by the operating system executed by the one or more processors, the standard control message, the standard control message including a first representation of a command set to initiate an operational state change of at least one of the systems; translating, by the one or more processors and based on the extensible mapping, the standard control message to obtain the local control message, the local control message including a second representation of the command set (306, 310); and transmitting, by the one or more processors and via a control bus coupled to the one or more processors and the one or more systems, the local control message to initiate the operational state change of the one or more systems.