mhurhangee/ep-ind-claims huggingface dataset:
A pump assembly for use in a selective catalytic reduction system, the pump assembly comprising: a pump housing having a body portion and a nozzle portion extending from the body portion to define a pump axis; and a cooling jacket including a cavity for receiving the pump housing; wherein the cooling jacket is arranged to brace the pump housing against expansion of the pump housing along the pump axis, characterized in that the cooling jacket comprises retaining means (146, 148) for retaining an outlet end of the nozzle portion of the pump housing, thereby to prevent movement of the nozzle portion away from the body portion and wherein, the cooling jacket comprises support means for supporting a face of the body portion of the pump housing, thereby to prevent movement of the body portion away from the nozzle portion and wherein, the support means comprises a reagent passage that cooperates with reagent inlet means of the pump housing. a pump housing having a body portion and a nozzle portion extending from the body portion to define a pump axis; and a cooling jacket including a cavity for receiving the pump housing; wherein the cooling jacket is arranged to brace the pump housing against expansion of the pump housing along the pump axis, characterized in that the cooling jacket comprises retaining means (146, 148) for retaining an outlet end of the nozzle portion of the pump housing, thereby to prevent movement of the nozzle portion away from the body portion and wherein, the cooling jacket comprises support means for supporting a face of the body portion of the pump housing, thereby to prevent movement of the body portion away from the nozzle portion and wherein, the support means comprises a reagent passage that cooperates with reagent inlet means of the pump housing.
A formwork beam for a formwork table, comprising a base element and a put on piece which is to be attached to the base element in a detachable manner, wherein the base element is provided with a foot member in order to rest upon the formwork table, which foot member comprises an oblique flank which descends from a longitudinal side of the put on piece, which formwork beam is produced from extruded aluminium with the foot member, and wherein openings which give access to a hollow space formed in the put on piece are formed in an upper side of the put on piece, characterised in that the openings are covered by a movable flap.
An apparatus, comprising: a processing module (222, 224, 322, 422), having a first software configuration and being disposed within a first switch fabric element (202, 204, 302, 402), configured to detect a second switch fabric element (202, 204, 302, 402); wherein: the processing module is configured to define a virtual processing module in response to detecting the second switch fabric element, wherein the virtual processing module is disposed within the first switch fabric element; the processing module is configured to, at a first time, operatively couple the virtual processing module, configured based on the first software configuration, to the second switch fabric element; the processing module is configured to receive a configuration file to configure the processing module based on a second software configuration at a second time after the first time; and the processing module is configured to configure the virtual processing module based on the second software configuration. a processing module (222, 224, 322, 422), having a first software configuration and being disposed within a first switch fabric element (202, 204, 302, 402), configured to detect a second switch fabric element (202, 204, 302, 402); wherein: the processing module is configured to define a virtual processing module in response to detecting the second switch fabric element, wherein the virtual processing module is disposed within the first switch fabric element; the processing module is configured to, at a first time, operatively couple the virtual processing module, configured based on the first software configuration, to the second switch fabric element; the processing module is configured to receive a configuration file to configure the processing module based on a second software configuration at a second time after the first time; and the processing module is configured to configure the virtual processing module based on the second software configuration. the processing module is configured to define a virtual processing module in response to detecting the second switch fabric element, wherein the virtual processing module is disposed within the first switch fabric element; the processing module is configured to, at a first time, operatively couple the virtual processing module, configured based on the first software configuration, to the second switch fabric element; the processing module is configured to receive a configuration file to configure the processing module based on a second software configuration at a second time after the first time; and the processing module is configured to configure the virtual processing module based on the second software configuration.
A security element to be incorporated in an item, in particular a document, comprising: - a holographic layer for generating a volume hologram, the hologram having preferably been recorded in reflection or in transmission, - a non-holographic variable opacity structure, the opacity of which varies in the plane of the structure and/or according to the angle of observation, generated by the presence of: a) one or more cutouts and/or at least partially translucent areas having a translucence in daylight corresponding to an optical density strictly less than 0.7, as well as one or more at least partially opaque areas having an opacity in daylight corresponding to an optical density of at least 0.7, and/or b) oriented platelet pigments, the variable opacity structure being at least partially superimposed on the hologram in a region of the security element observable in transmitted light, the variable opacity structure preferably comprising metalization and/or printing, particularly in the form of text in negative or an image, particularly a raster image. - a holographic layer for generating a volume hologram, the hologram having preferably been recorded in reflection or in transmission, - a non-holographic variable opacity structure, the opacity of which varies in the plane of the structure and/or according to the angle of observation, generated by the presence of: a) one or more cutouts and/or at least partially translucent areas having a translucence in daylight corresponding to an optical density strictly less than 0.7, as well as one or more at least partially opaque areas having an opacity in daylight corresponding to an optical density of at least 0.7, and/or b) oriented platelet pigments, a) one or more cutouts and/or at least partially translucent areas having a translucence in daylight corresponding to an optical density strictly less than 0.7, as well as one or more at least partially opaque areas having an opacity in daylight corresponding to an optical density of at least 0.7, and/or b) oriented platelet pigments,
Spectacle lens comprising a lens substrate and comprising a coating that is applied to the lens substrate, wherein the coating has a first reflectivity of at least 20% for near infrared light at a first wavelength λ NIR, which impinges on the coating at an angle of incidence of 0°, characterized in that the coating has a second reflectivity for near infrared light at the first wavelength λ NIR, which impinges on the coating at an angle of incidence of 35°, said second reflectivity being reduced by at least 10% in absolute terms in relation to the first reflectivity.
A method for preparing a Neisseria meningitidis serogroup capsular polysaccharide (Neisseria meningitis X) comprising the steps of: (a) preparing an aqueous fermenter nutrient medium comprising casamino acids (b) inoculating the fermenter nutrient medium with a Neisseria meningitidis X bacterium having optical density at 590nm of 0.8 to 1.2 (c) continuous exponential feeding with a feed solution at a feed addition rate varying between 10ml/hr/1.5L and 60ml /hr/1.5 L beginning at OD between 3 and 4; (d) incubating the inoculated fermenter nutrient medium under controlled conditions of pH, temperature and dissolved oxygen percentage; (e) harvesting the capsular saccharide produced in step (d) when optical density at 590nm is less than 60% of highest culture OD; (f) purifying the capsular saccharide obtained in step (e); (g)optionally concentrating the purified capsular polysaccharide obtained in step (f); and wherein said purified polysaccharide has yield from 300 to 550 mg/L,average molecular weight from 400 to 550 KDa, purification step recovery from 60% to 65% and contains less than 0.5% proteins/peptides, less than 0.5% nucleic acids and less than 5 EU/μg endotoxins. (a) preparing an aqueous fermenter nutrient medium comprising casamino acids (b) inoculating the fermenter nutrient medium with a Neisseria meningitidis X bacterium having optical density at 590nm of 0.8 to 1.2 (c) continuous exponential feeding with a feed solution at a feed addition rate varying between 10ml/hr/1.5L and 60ml /hr/1.5 L beginning at OD between 3 and 4; (d) incubating the inoculated fermenter nutrient medium under controlled conditions of pH, temperature and dissolved oxygen percentage; (e) harvesting the capsular saccharide produced in step (d) when optical density at 590nm is less than 60% of highest culture OD; (f) purifying the capsular saccharide obtained in step (e); (g)optionally concentrating the purified capsular polysaccharide obtained in step (f);
An injection mold comprising: - at least a first station for injecting a first piece part, - at least a second station for injecting a second piece part, - a first loader including at least a first molding cavity, said first loader being movable at least in rotation between the first station and a first transfer and/or assembly area, - a second loader including at least a first molding cavity, said second loader being movable at least in rotation between the second station and a second transfer and/or assembly area, characterized in that the injection mold comprises at least one transfer loader, movable at least in rotation between the first transfer and/or assembly area and the second transfer and/or assembly area, said transfer loader being configured to transfer the first piece part of the first loader on the second loader and/or said transfer loader being configured to transfer the second piece part of the second loader on the first loader. - at least a first station for injecting a first piece part, - at least a second station for injecting a second piece part, - a first loader including at least a first molding cavity, said first loader being movable at least in rotation between the first station and a first transfer and/or assembly area, - a second loader including at least a first molding cavity, said second loader being movable at least in rotation between the second station and a second transfer and/or assembly area,
A space-connecting device for a passenger transport means comprising a driver's compartment and a passenger's compartment, in which said space-connecting device is adapted for connecting a first opening of said driver's compartment to a second opening of said passenger's compartment, in which said driver's compartment and said passenger's compartment are attached to one and the same chassis of said passenger transport means, in which said driver's compartment is arranged tilting and is of the type of cab-over-engine, in which said space-connecting device comprises an adapter window, in which said adapter window comprises a flexible window that is adapted for being attached in the vicinity of said first opening, in which said flexible window circumferentially closes off said first opening and said second opening, characterized in that said adapter window is wedge-shaped, preferably in an angle α between 1 degree and 35 degrees, more preferably between 2 degrees and 20 degrees; and in that said flexible window comprises a flexible finger (82, 83, 84, 85) for keeping a connection realized by said flexible window free from dust and water.
Keder rail element, in particular for membrane construction, having a front region and an end region opposite thereto and spaced apart therefrom, having guide chambers (5, 6) for receiving a keder which are provided on both sides in the longitudinal direction, having in each case an outwardly orientated opening slot (8, 9) of the guide chambers (5, 6) to receive a keder lug element or a termination of a tent canvas, and having a receiving area for a means for arranging a plurality of keder rail elements in a row, characterised in that the front region of the keder rail element is designed to differ with complementarity to the end region so that upon arranging in a row at least two identical keder rail elements substantially in one plane, a movement of the two keder rail elements against each other in the plane is possible.
Meat grinder with a hopper, in the base region of which is arranged a conveying means which transports the meat in the direction of a cutting unit, which comminutes the meat, and with a side wall, wherein the base region partially encloses the cross section of the conveying means, characterized in that the angle of enclosure is always less than 110°, the side wall of the hopper has portions (4.1, 4.2) with different gradients, and in that the portions (4.1, 4.2) are linear.
The use of a natural gas engine lubricating oil composition comprising (a) a major amount of an oil of lubricating viscosity, (b) one or more phosphorus-containing anti-wear additives, (c) one or more ashless dispersants, (d) one or more alkaline earth metal salts of an alkyl-substituted hydroxyaromatic carboxylic acid, and (e) one or more antioxidants, wherein the natural gas engine lubricating oil composition contains no more than 0.03 weight percent of phosphorus, based on the total weight of the natural gas engine lubricating oil composition, and further wherein the natural gas engine lubricating oil composition is substantially free of any alkali metal-containing detergents, for the purpose of preventing or inhibiting exhaust valve seat recession in a natural gas fueled engine; wherein the natural gas engine lubricating oil composition has a sulfated ash content of 0.1 to 1.25 wt. % as determined by ASTM D 874; wherein the term "major amount" means an amount greater than 50 wt. %, based on the total weight of the composition; and wherein the term "substantially free" means below 0.001 wt. %, based on the total weight of the natural gas engine lubricating oil composition.
A turbine wheel for turbochargers connectable to a rotational shaft so as to be rotatable around an axis, comprising: a hub having a hub surface inclined with respect to the axis in a cross-section along the axis; at least one rotor blade disposed on the hub surface; characterised by a connection passage disposed inside the at least one rotor blade and connecting a first opening disposed in the rotor blade and a second opening disposed downstream of the first opening in the rotor blade, wherein the second opening includes an edge surface opening disposed on an edge surface of a trailing edge of the rotor blade. a hub having a hub surface inclined with respect to the axis in a cross-section along the axis; at least one rotor blade disposed on the hub surface; characterised by a connection passage disposed inside the at least one rotor blade and connecting a first opening disposed in the rotor blade and a second opening disposed downstream of the first opening in the rotor blade, wherein the second opening includes an edge surface opening disposed on an edge surface of a trailing edge of the rotor blade.
Hesperetin or a hesperetin-containing plant extract for use for eliminating and/or alleviating under-eye dark circles, wherein the hesperetin-containing plant extract is an extract obtained by extracting from pericarp of citrus plants of Rutaceae or from aerial part of Galium mollugo linn, the extract comprises hesperetin in an amount of not less than 50 wt%, the hesperetin or hesperetin-containing plant extract is in the form of a product, the product consists of hesperetin or a hesperetin-containing plant extract, and physiologically acceptable excipients, wherein hesperetin or a hesperetin-containing plant extract is in an amount of 0.2 to 2 wt% of the total weight of the product, as calculated by weight of hesperetin, and wherein said physiologically acceptable excipients consists of Ingredients weight/weight Methyl glucose sesqui-stearate 1.2% dimethyl siloxane 1.0% cetanol/octadecanol 3% Dicapryl carbonate 4% propyl heptyl octanoate 2% lecithin 2.5% Xanthan Gum 0.3% 1,3-butanediol 4% EDTA-2Na 0.2% glycerin 2.0% triethanolamine 2% Lactic acid an appropriate amount preservative an appropriate amount water added to 100%
A solar radiation receiver comprising a chamber for the purpose of passing a working gas to an absorber for solar radiation for thermal absorption, the absorber being arranged in the chamber and having a dome-shaped window made of quartz glass for solar radiation, the window having an inside which faces the absorber and has in operation a nominal internal temperature Ti of at least 950°C, and an outside which faces away from the absorber and is exposed to an ambient temperature Tu, characterized in that the window has a wall thickness d that has a maximum in the area of a dome center, the thickness d is configured in response to Ti and Tu such that in the area of the window outside in operation a temperature Ta that is less than 850°C is obtained, with the additional provisions that the temperature difference Ti-Ta is at least 150°C and the wall thickness d in the region of a maximum of the internal temperature Ti is at least 7 mm.
A refrigerator comprising a main body comprising a food storage space and an evaporation compartment; a door selectively closing the food storage space; an evaporator disposed in the evaporation compartment; a defrosting heater disposed at a side of the evaporator to remove frost from an outer surface of the evaporation compartment or the evaporator; a defrosting sensor disposed at a side of the evaporation compartment or the evaporator to sense a frost formation amount; and a control part being configured so that the control part receives a sensed value transmitted from the defrosting sensor, and controls an operation of the defrosting heater according to the sensed value, the refrigerator being characterized in that the control part is configured to periodically sense the frost formation amount and to vary a sensing period of the defrosting sensor according to the frost formation amount sensed by the defrosting sensor, wherein, unless the sensed frost formation amount reaches a set value for starting defrosting, if the currently sensed frost formation amount sensed by the defrosting sensor is greater than a previously sensed frost formation amount, a next sensing period is set to be shorter than a previous sensing period, and if the currently sensed frost formation amount sensed by the defrosting sensor is smaller than the previously sensed frost formation amount, the next sensing period is set to be longer than the previous sensing period.
A method of analysing a gait of a human subject comprising: measuring, using an acceleration sensor secured to an ear of the human subject, a signal representative of acceleration in at least a substantially vertical direction, when the human subject is in an upright position, of the head of the human subject whose gait is to be analysed; using only the measured signal representative of acceleration in a substantially vertical direction, when the human subject is in an upright position, said signal being representative of a shockwave travelling thorough the spine of the human subject associated with gait, applying a transform to the measured signal of the acceleration sensor to compute a gait signature representative of the gait of the human subject; and comparing the gait signature to a baseline signature to detect differences therebetween; wherein: the baseline signature is representative of a healthy human subject, thereby detecting injury or recovery of the subject; or one or more signatures are stored over time and then used as the baseline signature in order to monitor changes in the gait signature over time, thereby detecting injury or recovery of the human subject; or the baseline signature is representative of a desired behavior of an athlete, thereby aiding in athletic training of the subject. measuring, using an acceleration sensor secured to an ear of the human subject, a signal representative of acceleration in at least a substantially vertical direction, when the human subject is in an upright position, of the head of the human subject whose gait is to be analysed; using only the measured signal representative of acceleration in a substantially vertical direction, when the human subject is in an upright position, said signal being representative of a shockwave travelling thorough the spine of the human subject associated with gait, applying a transform to the measured signal of the acceleration sensor to compute a gait signature representative of the gait of the human subject; and comparing the gait signature to a baseline signature to detect differences therebetween; wherein: the baseline signature is representative of a healthy human subject, thereby detecting injury or recovery of the subject; or one or more signatures are stored over time and then used as the baseline signature in order to monitor changes in the gait signature over time, thereby detecting injury or recovery of the human subject; or the baseline signature is representative of a desired behavior of an athlete, thereby aiding in athletic training of the subject. the baseline signature is representative of a healthy human subject, thereby detecting injury or recovery of the subject; or one or more signatures are stored over time and then used as the baseline signature in order to monitor changes in the gait signature over time, thereby detecting injury or recovery of the human subject; or the baseline signature is representative of a desired behavior of an athlete, thereby aiding in athletic training of the subject.