mhurhangee/ep-ind-claims huggingface dataset:
Absorbent disposable incontinence diaper (2, 2a) of the open type, having an at least tripartite diaper shell which has an inner side and an outer side, wherein the diaper shell comprises a main part and at least two separate rear lateral parts, wherein the main part has a front region, a rear region, and a crotch region which in the longitudinal direction is therebetween so as to come to lie between the legs of a user, and wherein the rear lateral parts are disposed on both sides of the rear region of the main part in such a manner that the rear lateral parts, by way of their outer side, are fixed in first overlapping regions on the inner side of the main part along rear lateral longitudinal peripheries, and wherein the rear lateral parts in the transverse direction extend beyond the rear lateral longitudinal peripheries of the main part, and wherein the rear lateral parts have closure means, and wherein the main part and the rear lateral parts comprise a nonwoven material or are formed therefrom, and wherein the diaper shell continuously extends across a length L1, from a front end of the diaper shell across the crotch region to a rear end of the diaper shell, and wherein an absorbent insert having an inner side and an outer side is disposed on the inner side of the diaper shell, wherein the absorbent insert comprises a fluid-impermeable back sheet and a top sheet between which an absorbent body is disposed, wherein the absorbent insert extends into the first overlapping regions and there, by way of its outer side, is at least in portions fixed on the diaper shell, wherein the absorbent insert has a length L2, and wherein L2 < L1 applies.
An installation for the treatment of metallic pieces by a plasma reactor of the type comprising a metallic housing defining, internally, a reaction chamber provided with a support; an anode-cathode system connectable to an electrical energy source; an inlet connectable to a source of ionizable gases; an outlet for gaseous charge exhaustion, connectable to a vacuum source; and a heating device for heating the reaction chamber, said reactor being subjected to the heating phase, cleaning phase and/or surface treatment phase, cooling phase, unloading phase and loading phase of metallic pieces, the installation being characterized in that it comprises at least two reactors, each having, selectively and alternately: the inlet thereof connected to the same source of ionizable gases; the outlet thereof connected to the same vacuum source; and the anode-cathode system thereof connected to the same electrical energy source, the heating device being displaceable between operative positions, in each of which the latter surrounds, laterally and superiorly, a respective reactor of the installation, while said reactor is in the heating phase and cleaning phase and/or surface treatment phase of the metallic pieces.
Process for producing a substituted alkyl cycloalkanone of formula I comprising the alkylation of a cycloalkanone of formula II with an alkene derivative of formula III in the presence of a metal oxide, wherein n is 2 to 20, m is 0 to 10, and R is a hydroxyl, carboxyl, carbonyloxyalkyl, formyloxy, alkylcarbonyloxy, arylcarbonyloxy or benzylcarbonyloxyalkyl group or in which R' is an alkyl, aryl, heteroaryl, alkylaryl or cycloalkyl radical.
A child restraint system comprising: a main body comprising a seat portion, a backrest portion, a first supporting portion and a second supporting portion, the first supporting portion being located adjacent to a first end of the seat portion away from the backrest portion, and the second supporting portion being located adjacent to a second end of the seat portion connected to the backrest portion; and an adjusting foot movably disposed on the main body and comprising a third supporting portion, the first supporting portion and the third supporting portion abutting against a vehicle seat to support the child restraint system at a forward facing position on the vehicle seat, and the second supporting portion and the third supporting portion abutting against the vehicle seat to support the child restraint system at a rearward facing position on the vehicle seat, characterized in that the main body further comprises a reclining foot pivotally disposed on the seat portion, and the first supporting portion is formed on the reclining foot. a main body comprising a seat portion, a backrest portion, a first supporting portion and a second supporting portion, the first supporting portion being located adjacent to a first end of the seat portion away from the backrest portion, and the second supporting portion being located adjacent to a second end of the seat portion connected to the backrest portion; and an adjusting foot movably disposed on the main body and comprising a third supporting portion, the first supporting portion and the third supporting portion abutting against a vehicle seat to support the child restraint system at a forward facing position on the vehicle seat, and the second supporting portion and the third supporting portion abutting against the vehicle seat to support the child restraint system at a rearward facing position on the vehicle seat, characterized in that the main body further comprises a reclining foot pivotally disposed on the seat portion, and the first supporting portion is formed on the reclining foot.
Divergent section with multiple contours for propulsion nozzle of an engine for aircraft or spacecraft propelled by chemical reaction, said nozzle being a nozzle having rotational symmetry about an axis, said engine comprising a reaction chamber producing propulsion gases intended to be ejected outside the nozzle essentially in a main stream, said divergent section comprising from the nozzle throat: - a first portion comprising a first wall having a first surface of revolution about the axis of the nozzle, so that said first wall has a first contoured profile in an axial plane, said first contoured profile being suitable for generating a flow of said propulsion gases adapted to operation at low altitudes, - a second portion having a total length L, which is connected to said first portion at a connecting zone defining a contour discontinuity, said second portion comprising a second wall having a second surface of revolution about the axis of the nozzle, so that said second wall has a second contoured profile in an axial plane, said second contoured profile being suitable for generating a flow of said propulsion gases adapted to operation at high altitudes, and - a device for controlled injection of at least one additional jet of gas into the main stream of propulsion gases exhausted by the nozzle, said divergent section being characterized in that said controlled injection device is connected to one or more orifices or group of orifices (141, 142, 143, 144) produced axisymmetrically in said second wall of said divergent section, so that the injection of the additional jet of gas is carried out radially or inclined counterflow to the main stream, said orifice or orifices (141, 142, 143, 144) being arranged therein at a distance d from said connecting zone having a contour discontinuity which is equal to or less than 95% of the total length L of said second portion and greater than 1% of the total length L of said second portion. - a first portion comprising a first wall having a first surface of revolution about the axis of the nozzle, so that said first wall has a first contoured profile in an axial plane, said first contoured profile being suitable for generating a flow of said propulsion gases adapted to operation at low altitudes, - a second portion having a total length L, which is connected to said first portion at a connecting zone defining a contour discontinuity, said second portion comprising a second wall having a second surface of revolution about the axis of the nozzle, so that said second wall has a second contoured profile in an axial plane, said second contoured profile being suitable for generating a flow of said propulsion gases adapted to operation at high altitudes, and - a device for controlled injection of at least one additional jet of gas into the main stream of propulsion gases exhausted by the nozzle,
A delivery system for use in a method for relaxing fibers within a target connective tissue of a subject comprising (i) a liposome and (ii) a proteolytic enzyme or an effector thereof directed to Type I collagen, wherein the liposome encapsulates the proteolytic enzyme or effector thereof at a concentration effective to cause relaxation of fibers at said target connective tissue, and wherein the effector is a proteolytic enzyme precursor.
A device for holding flat elements, in particular for wall elements and/or door elements of shower cubicles or shower screens, comprising: - a first substantially U-shaped profile member, and - a second substantially U-shaped profile member, wherein the two profile members (1, 6) are nested in each other, and - at least one adjusting device with which the resulting width of the nested profile members (1, 6) can be varied, wherein the adjusting device can be actuated without a tool, characterised in that the device has a fixing device having a fixing element which can be fitted, preferably pre-mountably, to the first profile member and by which the device can be mounted to a wall by way of the first profile member by means of suitable fixing means, preferably in the form of a screw and a dowel and by which the two nested substantially U-shaped profile members (1, 6) are lockable in their position by forced-locking relationship between the second profile member and the fixing element. - a first substantially U-shaped profile member, and - a second substantially U-shaped profile member, wherein the two profile members (1, 6) are nested in each other, and - at least one adjusting device with which the resulting width of the nested profile members (1, 6) can be varied, wherein the adjusting device can be actuated without a tool,
An ablation probe for treating and imaging body tissue, the ablation probe comprising: an ablation electrode tip configured for delivering ablation energy to body tissue; a plurality of acoustic openings (54a-c) disposed through the ablation electrode tip; a distal tip insert disposed within an interior lumen of the ablation electrode tip, the distal tip insert including a plurality of fluid channels; and a plurality of ultrasonic imaging sensors (36a-c) coupled to the distal tip insert, the ultrasonic imaging sensors configured to transmit ultrasonic waves through the acoustic openings. an ablation electrode tip configured for delivering ablation energy to body tissue; a plurality of acoustic openings (54a-c) disposed through the ablation electrode tip; a distal tip insert disposed within an interior lumen of the ablation electrode tip, the distal tip insert including a plurality of fluid channels; and a plurality of ultrasonic imaging sensors (36a-c) coupled to the distal tip insert, the ultrasonic imaging sensors configured to transmit ultrasonic waves through the acoustic openings.
A method to illustrate a weather condition via a near-eye display system, the method comprising: displaying a representation of a geographic region via the near-eye display system; for each of a series of elevations above the geographic region, receiving a weather-data slice defining a weather-parameter value for each of a plurality of 2D coordinates at that elevation; constructing a volume-filling weather model based on the weather-parameter values received for each elevation and 2D coordinate; applying a digital filter and a coordinate transform to the volume-filling weather model to obtain a weather-display model, the weather-display model including a display-parameter value for each of a plurality of 3D coordinates, wherein applying the coordinate transform includes mapping the weather-parameter value into a volume of compressed elevation; and displaying the weather-display model via the near-eye display system, co-registered to the representation of the geographic region, wherein the representation of the geographic region and the weather-display model can be moved and sized together. displaying a representation of a geographic region via the near-eye display system; for each of a series of elevations above the geographic region, receiving a weather-data slice defining a weather-parameter value for each of a plurality of 2D coordinates at that elevation; constructing a volume-filling weather model based on the weather-parameter values received for each elevation and 2D coordinate; applying a digital filter and a coordinate transform to the volume-filling weather model to obtain a weather-display model, the weather-display model including a display-parameter value for each of a plurality of 3D coordinates, wherein applying the coordinate transform includes mapping the weather-parameter value into a volume of compressed elevation; and displaying the weather-display model via the near-eye display system, co-registered to the representation of the geographic region, wherein the representation of the geographic region and the weather-display model can be moved and sized together.
A compound of Formula or a pharmaceutically acceptable salt thereof, wherein R x and R z are each independently hydrogen or (C 1 -C 6)alkyl; and R y is (C 1 -C 6)alkyl, halo(C 1 -C 6)alkyl, (C 6 -C 8)aryl, halo(C 6 -C 18)aryl, or (C 3 -C 18)heteroaryl. R x and R z are each independently hydrogen or (C 1 -C 6)alkyl; and R y is (C 1 -C 6)alkyl, halo(C 1 -C 6)alkyl, (C 6 -C 8)aryl, halo(C 6 -C 18)aryl, or (C 3 -C 18)heteroaryl.
A method for controlling an induction heating device that is configured to operate based on a multi-phase power supply and includes a working coil configured to heat an object and a controller configured to detect the object, the method characterised in that it comprises: receiving voltage information related to a first input voltage and a second input voltage that are supplied by the multi-phase power supply and that have different phases from each other; selecting a reference voltage among the first input voltage and the second input voltage based on the voltage information; determining a detection time point based on the reference voltage, the detection time point corresponding to a time instant at which a detection operation is to be performed for detecting the object on the working coil; and performing the detection operation at the detection time point. receiving voltage information related to a first input voltage and a second input voltage that are supplied by the multi-phase power supply and that have different phases from each other; selecting a reference voltage among the first input voltage and the second input voltage based on the voltage information; determining a detection time point based on the reference voltage, the detection time point corresponding to a time instant at which a detection operation is to be performed for detecting the object on the working coil; and performing the detection operation at the detection time point.
A secretory IgA composition formulated for oral administration comprising an anti-inflammatory amount of secretory IgA for use in a method of preventing and/or treating inflammation in a barrier surface structure in an individual in need thereof, said method comprising orally administering the composition to the individual, wherein the secretory IgA is isolated from the intestinal luminal fluid or the intestinal mucosa of an animal, preferably an animal which has been exposed to a variety of antigens, or the intestinal luminal fluid or the intestinal mucosa of a pig, a sheep, a chicken, a turkey or a cow, and wherein the inflammation in a barrier surface structure is dermatitis.
A substrate holding apparatus for holding and pressing a substrate to be polished against a polishing surface (101 a), said substrate holding apparatus comprising: a retainer ring configured to press the polishing surface; a movable member (5, 6) which is movable perpendicularly to the polishing surface and is movable relative to said retainer ring; and an elastic membrane connected to said movable member (5, 6) for defining a plurality of pressure chambers (322, 323, 324, 325); characterized in that said elastic membrane comprises a contact portion which is brought into contact with the substrate, and a plurality of circumferential walls (309a, 309b, 309c, 309d) for connecting said contact portion to said movable member (5, 6), each of said plurality of circumferential walls (309a, 309b, 309c, 309d) having a folded portion to form a stretchable and contractible portion (340a to 340d, 341 b to 341 d, 342b to 342d, 343b to 343d, 344b to 344d, 345b to 345d, and 346b) which is stretchable and contractible perpendicularly to the polishing surface. a retainer ring configured to press the polishing surface; a movable member (5, 6) which is movable perpendicularly to the polishing surface and is movable relative to said retainer ring; and an elastic membrane connected to said movable member (5, 6) for defining a plurality of pressure chambers (322, 323, 324, 325); characterized in that said elastic membrane comprises a contact portion which is brought into contact with the substrate, and a plurality of circumferential walls (309a, 309b, 309c, 309d) for connecting said contact portion to said movable member (5, 6), each of said plurality of circumferential walls (309a, 309b, 309c, 309d) having a folded portion to form a stretchable and contractible portion (340a to 340d, 341 b to 341 d, 342b to 342d, 343b to 343d, 344b to 344d, 345b to 345d, and 346b) which is stretchable and contractible perpendicularly to the polishing surface.
An arrangement for measuring characteristics of a wheel (102, 104) travelling on a rail lying on sleepers, wherein the wheel has a normal part and may have a defected part, and wherein the arrangement comprises sensors adapted to measure force effects induced by the wheel to the rail, the sensors forming a measurement zone and being coupled with data processing means, wherein the data processing means Is adapted to read data from the sensors, characterized in that - the processing means are adapted to select a median data sample from sensor data related to a wheel and to determine a reference force value of the normal part of the wheel on the basis of the value of the selected median sample data, - the processing means are adapted to compare data relating to said wheel with the reference value, and - the processing means are adapted to Inform a user when the deviation in said comparison exceeds a predetermined first threshold value. - the processing means are adapted to select a median data sample from sensor data related to a wheel and to determine a reference force value of the normal part of the wheel on the basis of the value of the selected median sample data, - the processing means are adapted to compare data relating to said wheel with the reference value, and - the processing means are adapted to Inform a user when the deviation in said comparison exceeds a predetermined first threshold value.
A method of recycling a vulcanized rubber compound, comprising: a. grinding said vulcanized rubber compound into a plurality ofparticles; b. treating said particles with at least one chemical curing agent inhibitor and a solvent capable of solubilizing the at least one chemical curing agent inhibitor, said solvent being capable of swelling the particles to disperse said at least one chemical curing agent inhibitor within the particles; c. mixing said treated particles with a fresh rubber compound; and d. co-vulcanizing the mixture of said particles and fresh rubber compound. a. grinding said vulcanized rubber compound into a plurality ofparticles; b. treating said particles with at least one chemical curing agent inhibitor and a solvent capable of solubilizing the at least one chemical curing agent inhibitor, said solvent being capable of swelling the particles to disperse said at least one chemical curing agent inhibitor within the particles; c. mixing said treated particles with a fresh rubber compound; and d. co-vulcanizing the mixture of said particles and fresh rubber compound.
A wand (20, 220) for providing foamed cleaner to a gas turbine engine core, the wand (20, 220) comprising an inlet assembly (22, 222) including a first connector (41, 241) adapted to be coupled to a liquid water source and a second connector (42, 242) adapted to be coupled to a foaming cleaner source, an aeration dispenser (26, 226) adapted to mix liquid water from the inlet assembly (22, 222), foaming cleaner from the inlet assembly (22, 222), and air from the atmosphere to produce foamed cleaner, a conduit (24, 224) that extends from the inlet assembly (22, 222) to the aeration dispenser (26, 226) that is adapted to carry liquid water and foaming cleaner from the inlet assembly (22, 222) to the aeration dispenser (26, 226) when the inlet assembly (22, 222) is coupled to a liquid water source and a foaming cleaner source, and wherein the aeration dispenser (26, 226) includes a coupling that forms a water passage in fluid communication with the conduit (24, 224) and a foaming cleaner passage in fluid communication with the conduit (24, 224), a regulator mounted for movement relative to the coupling to selectively restrict the foaming cleaner passage, and an actuator coupled to the coupling and to the regulator.
A safety cabinet, in particular cabinet for hazardous materials, for storing liquid or gaseous hazardous materials, with a cabinet body and with a weighing device, characterized in that - the weighing device is configured for determining the mass of the cabinet body and/or of at least one cabinet component (10, 11, 13) located in the cabinet body and for this purpose - has at least one load cell, which is arranged at the foot of the cabinet body and/or the respective cabinet component (10, 11, 13), and - transmits electrical signals proportional to mass to a control unit which processes the signals in question and - is connected to an operating unit for identifying a user and/or the respective hazardous material. - the weighing device is configured for determining the mass of the cabinet body and/or of at least one cabinet component (10, 11, 13) located in the cabinet body and for this purpose - has at least one load cell, which is arranged at the foot of the cabinet body and/or the respective cabinet component (10, 11, 13), and - transmits electrical signals proportional to mass to a control unit which processes the signals in question and - is connected to an operating unit for identifying a user and/or the respective hazardous material.