mhurhangee/ep-ind-claims huggingface dataset:
A cleaning device having a grooved platen configured for cleaning multiple types of fiber optic connector, comprising: a container; a plurality of discrete soft, work surfaces (22a-d) on a face formed of a side of the container; gaps disposed between each of the adjacent work surfaces, the gaps each having a width; and a plurality of cleaning wipes located inside the container, the wipes being feedable from the inside of the container to be placed on the work surfaces for cleaning, characterised in that the work surfaces (22a-d) are configured having a pair of outwardly disposed work surfaces (22a, 22d) having a width and a pair of inwardly disposed work surfaces (22b, 22c) having a width that is less than the width of the outwardly disposed work surfaces, the outwardly disposed work surfaces and the inwardly disposed work surfaces being parallel to each other. a container; a plurality of discrete soft, work surfaces (22a-d) on a face formed of a side of the container; gaps disposed between each of the adjacent work surfaces, the gaps each having a width; and a plurality of cleaning wipes located inside the container, the wipes being feedable from the inside of the container to be placed on the work surfaces for cleaning, characterised in that the work surfaces (22a-d) are configured having a pair of outwardly disposed work surfaces (22a, 22d) having a width and a pair of inwardly disposed work surfaces (22b, 22c) having a width that is less than the width of the outwardly disposed work surfaces, the outwardly disposed work surfaces and the inwardly disposed work surfaces being parallel to each other.
A method of selectively catalysing the reduction of oxides of nitrogen (NO x) including nitrogen monoxide in an exhaust gas of a stationary source of NO x emissions, which exhaust gas also containing oxides of sulfur (SO x), wherein the stationary source of NO x emissions is a cogeneration plant comprising a heat recovery steam generator, which method comprising the steps of passively oxidising nitrogen monoxide to nitrogen dioxide over an oxidation catalyst comprising a platinum group metal so that a NO 2 /NO x content is from 40-60%; introducing a nitrogenous reductant into the exhaust gas; and contacting exhaust gas having the 40-60% NO 2 /NO x content and containing the nitrogenous reductant with a selective catalytic reduction catalyst comprising an aluminosilicate zeolite promoted with copper, wherein the platinum group metal in the oxidation catalyst is platinum supported on a particulate support and is disposed on a substrate at 0.0353-1.41 g/L (1-40 g/ft3) and wherein the support for the platinum group metal is silica-doped alumina, titania or optionally doped zirconia.
Drip irrigation pipe provided with perforations in the pipe wall for discharging water, which perforations are arranged at intervals along the length of the pipe, wherein the pipe comprises a polymer composition comprising (a) a polymer base resin comprising a multimodal ethylene polymer wherein the base resin has a density of less than 930 kg/m 3, determined according to ISO 1183-1:2004; and (b) carbon black present in the polymer composition in an amount of 1.0 wt% to 10 wt%; wherein the polymer composition has a molecular weight distribution Mw/Mn of 11.0 or less, determined by GPC, and a MFR 5 of 1.7 g/10 min or more, determined according to ISO 1133; and the multimodal ethylene polymer comprises a low molecular weight component and a high molecular weight component, wherein the weight average molecular weight Mw of the HMW component is higher than the weight average molecular weight Mw of the LMW component, the LMW component is present in the multimodal ethylene polymer in an amount of 35 wt.% to 50 wt.% and the HMW component is present in the multimodal ethylene polymer in an amount 50 wt.% to 65 wt.%. (a) a polymer base resin comprising a multimodal ethylene polymer wherein the base resin has a density of less than 930 kg/m 3, determined according to ISO 1183-1:2004; and (b) carbon black present in the polymer composition in an amount of 1.0 wt% to 10 wt%;
A room air conditioning ventilation device (1,3) for ventilation of rooms in buildings for being installed in an opening in a building wall, in particular an outer wall, the ventilation device comprising - an inside nozzle; and - a fan comprising - a fan motor for driving the fan to convey air through said opening; - a regenerator in the form of an intermediate heat storage for heat recovery; wherein - an screen is provided, which is arranged at a distance from the flow surface of the inside nozzle and covers the nozzle opening so that a preferably circumferential annular gap is provided between the flow surface and the screen, through which the air conveyed by the fan can enter or exit laterally; characterized in that the inside nozzle has - a peripheral circumferential collar for abutment against the building wall, so that the edge of the opening can be covered by the collar of the inside nozzle, wherein the inside nozzle - has a flow surface that extends from the inner surface of the nozzle opening and over the collar and has the shape of an annular bulge, so that the flow surface transitions from an axially outwardly directed inclination on the inner surface into a rearward inclination on the collar. - an inside nozzle; and - a fan comprising - a fan motor for driving the fan to convey air through said opening; - a regenerator in the form of an intermediate heat storage for heat recovery; wherein - an screen is provided, which is arranged at a distance from the flow surface of the inside nozzle and covers the nozzle opening so that a preferably circumferential annular gap is provided between the flow surface and the screen, through which the air conveyed by the fan can enter or exit laterally; - a peripheral circumferential collar for abutment against the building wall, so that the edge of the opening can be covered by the collar of the inside nozzle, wherein the inside nozzle - has a flow surface that extends from the inner surface of the nozzle opening and over the collar and has the shape of an annular bulge, so that the flow surface transitions from an axially outwardly directed inclination on the inner surface into a rearward inclination on the collar.
A trouble recovering method of an aseptic filling machine that fills a sterilized content into a sterilized bottle in an aseptic atmosphere and seals the bottle with a sterilized sealing member, the aseptic filling machine having a chamber (12, 17, 27, 33, 41, 46, 49, 50b, 66, 71) that shields each portion constituting the aseptic filling machine, wherein: when a trouble occurs in any of the portions, an operation of the aseptic filling machine is stopped, and in a state where an internal pressure of a trouble non-occurrence chamber which shields the portion in which the trouble does not occur is made a pressure higher than a pressure in the trouble non-occurrence chamber of the aseptic filling machine in an operation by supply of an aseptic air, a door of a trouble occurrence chamber that shields the portion in which the trouble occurred is opened, the trouble is removed and then, the door of the trouble occurrence chamber is closed and the inside of the trouble occurrence chamber is sterilized and then, the operation of the aseptic filling machine is resumed.
A thermoplastic polyurethane composition comprising a thermoplastic polyurethane obtained by reacting organic diisocyanate, polymer polyol having a number average molecular weight (Mn) of 1000 - 5000 and chain extender, and 1 - 20 parts by mass of a radical crosslinking agent relative to 100 parts by mass of the thermoplastic polyurethane, wherein the chain extender comprises a straight chain diol (c-1) and a side chain alkyl group-containing diol (c-2), a molar ratio of the straight chain diol (c-1) and the side chain alkyl group-containing diol (c-2) (straight chain diol (c-1)/side chain alkyl group-containing diol (c-2)) in the chain extender is 97/3 - 60/40, and the thermoplastic polyurethane has a nitrogen atom content of not less than 1.5 mass% and less than 4.0 mass%.
A cleaning device for an electrical appliance, comprising a cleaning bowl for receiving a part (Ea), needing to be cleaned, of the electrical appliance, a container for storing a cleaning liquid to be fed into the cleaning bowl, a cleaning liquid feeder configured to feed the cleaning liquid in the container into the cleaning bowl, a discharge passage for returning the cleaning liquid in the cleaning bowl into the container, and a support frame for supporting the cleaning bowl, characterized in that the cleaning bowl has elastic modulus smaller than the support frame, an upper periphery of the cleaning bowl is supported by the support frame, and the cleaning bowl is suspended from the support frame.
A method for managing resources in an Orthogonal Frequency Division Multiple Access, OFDMA, cellular system, the method comprising: subchannelizing physical resource units constituting a system bandwidth into a plurality of subchannels in a frequency domain according to a scheme defined in a first system communication mode, to support the first system communication mode and a second system communication mode; wherein said subchannels in the frequency domain are indexed according to a first indexing which is used for the allocation of subchannels to the first system communication mode, and wherein said subchannels in the frequency domain are indexed by reversing the first indexing, this second indexing being used for allocation of subchannels to be used for a Mobile Station, MS, operating in the second communication mode; transmitting a first message allocating at least one subchannel to a first MS operating in the first system communication mode, the first message including at least one index corresponding to the first indexing that start from a first subchannel of the plurality of subchannels; and transmitting a second message allocating at least one subchannel to a second MS operating the second system communication mode, the second message including at least one index corresponding to the second indexing that start from a last subchannel of the plurality of subchannels. subchannelizing physical resource units constituting a system bandwidth into a plurality of subchannels in a frequency domain according to a scheme defined in a first system communication mode, to support the first system communication mode and a second system communication mode; transmitting a first message allocating at least one subchannel to a first MS operating in the first system communication mode, the first message including at least one index corresponding to the first indexing that start from a first subchannel of the plurality of subchannels; and transmitting a second message allocating at least one subchannel to a second MS operating the second system communication mode, the second message including at least one index corresponding to the second indexing that start from a last subchannel of the plurality of subchannels.
An oral dosage form comprising a pharmacologically effective amount of entacapone as the sole drug substance, wherein the amount of entacapone in a portion of the oral dosage form is from 48% to 99% by weight of the portion.
A display apparatus comprising: an image processor which processes an image signal; a display device which displays an image thereon based on the processed image signal; a user input device which comprises a manipulation panel and which receives a user's input; and a controller which controls the display device to display thereon a user interface comprising a number keypad upon receiving a preset user's input from the user input device and receives a user's selection to select a channel number from the number keypad according to a user's input to the manipulation panel; wherein the manipulation panel is provided in the display apparatus, and characterised in that the manipulation panel comprises a plurality of direction keys (21, 22, 23, 24) which correspond to four directions comprising a top direction, a bottom direction, a left direction and a right direction; and wherein the manipulation panel is provided on a lateral side, near side, upper side or lower side of the display apparatus and the preset user's input comprises a combination of a plurality of keys comprising the plurality of direction keys corresponding to four directions. an image processor which processes an image signal; a display device which displays an image thereon based on the processed image signal; a user input device which comprises a manipulation panel and which receives a user's input; and a controller which controls the display device to display thereon a user interface comprising a number keypad upon receiving a preset user's input from the user input device and receives a user's selection to select a channel number from the number keypad according to a user's input to the manipulation panel;
Luminescent solar concentrator comprising a body of polymer material or silica-based glass and comprising colloidal nanocrystals, wherein the latter are indirect band-gap semiconductor nanocrystals said indirect gap semiconductor nanocrystals having dimensions which are smaller than the Bohr exciton diameter of the corresponding bulk material, typically less than 10nm, the reabsorption losses associated with said nanocrystals being minimized if compared to the photoluminescence emission.
A see-through security element for security papers or value documents, with a carrier and a thin-film element applied to the carrier, said thin-film element having a symmetrical three-layer structure, wherein the thin-film element appears gold-colored upon viewing in incident light, appears blue upon viewing in transmitted light and has almost no color-shift effect for the viewer, the thin-film element has two semitransparent mirror layers (34, 38) and a dielectric spacer layer arranged between the two mirror layers (34, 38), so that, upon measuring the transmission of unpolarized light in the blue wavelength range from 420 nm to 490 nm, there is found a resonance with a full width at half maximum of 70 to 150 nm, wherein the two mirror layers (34, 38) are respectively formed of silver, a silver alloy, aluminum or an aluminum alloy, ZnS, TiO 2 or a semimetal.
Apparatus for measuring the composition and flow rate of a fluid comprising a mixture of e.g. oil and water in a pipe, the apparatus comprising an integrated mechanical structure arranged to serve as a microwave cavity resonator sensor and as a differential pressure element and microwave probe outputs and differential pressure outputs inputted to a computing means for providing permittivity and flow rate measurements, wherein the integrated mechanical structure forms a combined single structure, wherein the integrated mechanical structure comprises a coaxial structural element (3C,3G) mounted in the centre of the pipe.
A humeral nail (100, 200) comprising: a nail body (102, 202, 302, 402) defining a nail longitudinal axis (108, 208) extending from a proximal portion to a distal portion of the nail body; and a descending through bore formed in the nail body, having a bore entrance and a bore exit, and defining an anterior to posterior descending screw trajectory through the nail body, wherein the bore entrance is configured to be positioned anterior and proximal relative to the bore exit when the humeral nail is implanted in a humerus; characterised in that the descending through bore is configured to receive a bone screw to target a patient's lesser tuberosity. a nail body (102, 202, 302, 402) defining a nail longitudinal axis (108, 208) extending from a proximal portion to a distal portion of the nail body; and a descending through bore formed in the nail body, having a bore entrance and a bore exit, and defining an anterior to posterior descending screw trajectory through the nail body, wherein the bore entrance is configured to be positioned anterior and proximal relative to the bore exit when the humeral nail is implanted in a humerus; characterised in that the descending through bore is configured to receive a bone screw to target a patient's lesser tuberosity.
An aircraft tire, comprising: a first land portion that is formed at a tread section by providing a plurality of circumferential direction grooves (114,118) extending around a tire circumferential direction at an interval in a tire width direction, and that includes a plurality of first recesses provided in the tire circumferential direction of a wall face of the first land portion; and a second land portion that is formed by the circumferential direction grooves (114,118) provided at the tread section, that has a wider width than the first land portion, and that includes a greater number of second recesses than a number of the first recesses, the second recesses being provided in the tire circumferential direction of a wall face of the second land portion characterized in that the first recesses and the second recesses do not open onto the tread faces (116A, 120A) and are provided at a spacing toward the tire radial direction inside from the tread faces (116A,120A) of the respective land portions (120,116) to which they are provided. a first land portion that is formed at a tread section by providing a plurality of circumferential direction grooves (114,118) extending around a tire circumferential direction at an interval in a tire width direction, and that includes a plurality of first recesses provided in the tire circumferential direction of a wall face of the first land portion; and a second land portion that is formed by the circumferential direction grooves (114,118) provided at the tread section, that has a wider width than the first land portion, and that includes a greater number of second recesses than a number of the first recesses, the second recesses being provided in the tire circumferential direction of a wall face of the second land portion characterized in that the first recesses and the second recesses do not open onto the tread faces (116A, 120A) and are provided at a spacing toward the tire radial direction inside from the tread faces (116A,120A) of the respective land portions (120,116) to which they are provided.
Car floor for an elevator car comprising a base part, installation feet being arranged on the base part, via which installation feet the car floor can be supported or placed on a shaft floor of an elevator shaft of the elevator system during an installation phase, at least one of the installation feet and preferably each of the installation feet being a height-adjustable installation foot for aligning the base part in a horizontal position, the base part being a flat base part for defining a region for passengers in the interior of the elevator car to walk on, characterized in that each height-adjustable installation foot is designed such that the height can be adjusted from the flat base part.
A computer-implemented method of data management in a data storage system comprising a plurality of data storage units, the method comprising: dividing each file in the data storage system into a plurality of blocks having a common size; generating a hash value for each block using a common hash algorithm; identifying a plurality of similar files in different data storage units, based on a comparison of the hashes for each file; moving one or more of the identified similar files, such that similar files are stored in a single data storage unit; and for each of said one or more of the moved files, generating a link to the new location of the file; and de-duplicating the files in said single data storage unit based on the hash values, characterized in that identifying the plurality of similar files includes collecting a predefined number of hash values from each file having a minimum file size, wherein the collected hash values are the highest of each file. dividing each file in the data storage system into a plurality of blocks having a common size; generating a hash value for each block using a common hash algorithm; identifying a plurality of similar files in different data storage units, based on a comparison of the hashes for each file; moving one or more of the identified similar files, such that similar files are stored in a single data storage unit; and for each of said one or more of the moved files, generating a link to the new location of the file; and de-duplicating the files in said single data storage unit based on the hash values, characterized in that identifying the plurality of similar files includes collecting a predefined number of hash values from each file having a minimum file size, wherein the collected hash values are the highest of each file.
A directional coupler comprising: a waveguide having a cross section being orthogonal to a tube axis of the waveguide; an opening in a wall surface of the waveguide; a directional coupler circuit provided on the wall surface of the waveguide and comprising: a printed circuit board; and a coupling line, wherein the coupling line is disposed on an outer side of the waveguide on the printed circuit board, facing the opening, the coupling line includes a first coupling line part, a second coupling line part, and output parts (131, 132) disposed at both ends of the coupling line, the first coupling line part and the second coupling line part extending across the opening in plan view and being opposed to each other across a center of the opening, and the first coupling line part and the second coupling line part are interconnected at a position displaced from an area vertically above the opening, wherein the opening center is configured to not cross the tube axis of the waveguide in plan view, and it is configured to emit a circularly polarized wave, and wherein the opening is configured by crossing two long holes (11e, 11f) into an X shape. a waveguide having a cross section being orthogonal to a tube axis of the waveguide; an opening in a wall surface of the waveguide; a directional coupler circuit provided on the wall surface of the waveguide and comprising: a printed circuit board; and a coupling line, wherein the coupling line is disposed on an outer side of the waveguide on the printed circuit board, facing the opening, a printed circuit board; and a coupling line, wherein the coupling line is disposed on an outer side of the waveguide on the printed circuit board, facing the opening, the coupling line includes a first coupling line part, a second coupling line part, and output parts (131, 132) disposed at both ends of the coupling line, the first coupling line part and the second coupling line part extending across the opening in plan view and being opposed to each other across a center of the opening, and the first coupling line part and the second coupling line part are interconnected at a position displaced from an area vertically above the opening, wherein the opening center is configured to not cross the tube axis of the waveguide in plan view, and it is configured to emit a circularly polarized wave, and wherein the opening is configured by crossing two long holes (11e, 11f) into an X shape.