mhurhangee/ep-ind-claims huggingface dataset:
A process for manufacturing a carbon-fiber precursor acrylic fiber bundle, in the process an acrylic fiber bundle is drawn in a pressurized steam atmosphere, comprising the following steps (a), (b) and (c) in this order: (a) a step of opening the acrylic fiber bundle by spraying a fluid to the acrylic fiber bundle; (b) a step of supplying humidifying steam to the opened acrylic fiber bundle so that its moisture content becomes 3% to 7%, wherein the temperature of the opened acrylic fiber bundle that receives the humidifying steam is 80°C to 130°C; and (c) a step of drawing the humidified acrylic fiber bundle in a pressurized steam atmosphere. (a) a step of opening the acrylic fiber bundle by spraying a fluid to the acrylic fiber bundle; (b) a step of supplying humidifying steam to the opened acrylic fiber bundle so that its moisture content becomes 3% to 7%, wherein the temperature of the opened acrylic fiber bundle that receives the humidifying steam is 80°C to 130°C; and (c) a step of drawing the humidified acrylic fiber bundle in a pressurized steam atmosphere.
A method of operating a machine to produce harmonizing paint colors; the machine including an input means for selecting colors, a means for calculating color coordinates, a storage means for storing color coordinates, a Graphical User Interface, and a paint mixing device; the method comprising the steps of: receiving a user selected reference color; displaying the reference color on the GUI, the reference color being defined in a uniform color space according to hue, lightness and chroma values; receiving a user selection of a color harmonization scheme; converting the hue of the reference color in uniform color space to a hue value on an Artists color wheel, wherein a brown range on the Artists color wheel is defined with a hue range of H 1 to H 2 and a chroma range of c 1 to c 2; generating harmonizing colors for the reference color according to the color harmonization scheme selected, the generating step including the steps of determining if the reference color falls within said hue range and outside said chroma range, and generating a secondary harmonizing color with a chroma within said chroma range at the same hue as the reference color if the reference color is within said hue range and outside said chroma range; said harmonizing colors being defined in the Artists color wheel according to hue, lightness and chroma values; converting the hue values of the harmonizing colors on the artists color wheel to hue values in uniform color space; and displaying the harmonizing colors on the GUI.
Memory control element which can be deployed in a computer system, and which has, on a first side, to which master units (M1,..., Mn) of the computer system can be connected, at least one user interface (UP1,..., UPn) with an associated actuation circuit (UA1,..., UAn) and, on a second side, to which at least one memory element of the computer system can be connected, an interface with protocol handling to the memory element, and in which, for access control to the memory element, a digital circuit for allocating access resources is provided, characterised in that an additional safety interface to a checking circuit is provided, which is designed to check data for corruption and errors, to correct errors noted and, in the event of an adjustable error threshold being exceeded, to trigger an alarm, and that an adjustable memory address window is provided, within which data for the safety interface and the checking circuit is set as being checkable.
An assembly for printing and applying labels on a produce being transported on a conveyance system, the assembly comprising: a. A label supply for supplying unprinted or partially printed labels mounted on a substrate tape; b. A printer for receiving the labels from the label supply and printing content on the labels pertaining to the produce being transported at an operational rate of a maximum specific number of labels per unit time; c. A label accumulator located downstream from the printer and configured for receiving the printed labels from the printer; d. An applicator that receives the labels from the label accumulator, removes the labels from the substrate tape and applies the removed labels on the produce as the produce is being transported by the conveyance system at an operational rate of a maximum specific number of labels per unit time which is a different rate than the maximum rate that the printer can print content on the labels; and e. Wherein the label accumulator is configured to accommodate a variable length of the printed substrate tape to thereby temporarily store a variable number of labels that have been printed by the printer and supply the stored labels as needed to the applicator to compensate for the difference in the operational rates of the printer and the applicator. a. A label supply for supplying unprinted or partially printed labels mounted on a substrate tape; b. A printer for receiving the labels from the label supply and printing content on the labels pertaining to the produce being transported at an operational rate of a maximum specific number of labels per unit time; c. A label accumulator located downstream from the printer and configured for receiving the printed labels from the printer; d. An applicator that receives the labels from the label accumulator, removes the labels from the substrate tape and applies the removed labels on the produce as the produce is being transported by the conveyance system at an operational rate of a maximum specific number of labels per unit time which is a different rate than the maximum rate that the printer can print content on the labels; and e. Wherein the label accumulator is configured to accommodate a variable length of the printed substrate tape to thereby temporarily store a variable number of labels that have been printed by the printer and supply the stored labels as needed to the applicator to compensate for the difference in the operational rates of the printer and the applicator.
A method for producing 5-aminolevulinic acid or a salt thereof, comprising culturing Rhodobacter sphaeroides in a medium comprising L-arginine or a salt thereof, glutamic acid or a salt thereof, and 5 to 10 g/L yeast extract, wherein the content of glutamic acid or the salt thereof is from 42 to 100 mM in the medium as the glutamic acid, and wherein the content of L-arginine or the salt thereof is 0.01 to 30 mM in the medium as the L-arginine.
A method for determining training status of a user from plurality of exercises using a device with a heart rate sensor, a processor, memory (61A, 62B), an output device and software, the determined training status being selected from a fixed group of alternatives (105, 140) each depicting a unique physical condition of the user, wherein each exercise has been monitored using the heart rate sensor obtaining heart rate data, and chosen exercise characteristics of each executed exercise are determined using obtained heart rate data, and the determined characteristics of each executed exercise are stored in the memory, wherein the status indication as a result is calculated using the determined characteristics stored in the memory, the result is presented to the user in the output device, wherein the chosen exercise characteristics includes values of the following variables: - a date of the exercise, - a value depicting physical readiness level for exercise during the exercise - a value depicting a training load of the exercise, characterized in that said physical readiness level is calculated as a fitness level in terms of V02max-value, and there are three selection rules (103, 104) with three selection variables, namely fitness level (VO2max) trend, weekly training load and WTL trend, and when the plurality of exercises has been executed, values of the selection variables are calculated using the stored exercise characteristics in the memory, and the training status is determined using sequential pre-determined selection rules (103, 104), each rule being connected to one said unique variable of said selection variables, wherein each selection rule uses a calculated value of its selection variable to limit a number of remaining alternatives and after all selection rules have been sequentially used, only one alternative is selected. - a date of the exercise, - a value depicting physical readiness level for exercise during the exercise - a value depicting a training load of the exercise,
A system for adjusting the spacing between ground engaging tools of an agricultural implement, the system comprising a plurality of ground engaging tools configured to rotate relative to and engage soil within a field as an agricultural implement is moved across the field, the plurality of ground engaging tools including a first end tool, a second end tool, and at least one intermediate tool positioned between the first and second end tools (46A, 46B), an adjustable ground engaging width being defined between the first and second end tools (46A, 46B), a plurality of biasing elements, each biasing element of the plurality of biasing elements being positioned between a respective pair of adj acent tools of the plurality of ground engaging tools, each biasing element being configured to apply a biasing force against its respective pair of adj acent tools such that an inter-tool spacing between each respective pair of adjacent tools is maintained substantially uniform across the plurality of ground engaging tools as the ground engaging width is adjusted; and an actuator configured to actuate the first end tool relative to the second end tool between a first tool position and a second tool position. a plurality of biasing elements, each biasing element of the plurality of biasing elements being positioned between a respective pair of adj acent tools of the plurality of ground engaging tools, each biasing element being configured to apply a biasing force against its respective pair of adj acent tools such that an inter-tool spacing between each respective pair of adjacent tools is maintained substantially uniform across the plurality of ground engaging tools as the ground engaging width is adjusted; and an actuator configured to actuate the first end tool relative to the second end tool between a first tool position and a second tool position.
Operating device having a touch-sensitive flat panel display, wherein a side of the flat panel display directed at an operator forms an operating side, having a metal frame in which the flat panel display is arranged and having a contactless reading unit, wherein a flat coil antenna of the reading unit is arranged above a cavity, wherein the cavity is a constructional component of the metal frame and has an opening directed at the operating side, wherein the flat coil antenna is in this case arranged above the opening such that it covers it, characterised in that a surface (11, 12) made of ferrite membrane is in each case arranged on the frame to the left and right of the opening, wherein a cover membrane is arranged on the metal frame and the surfaces made of ferrite membrane (11, 12) lie between the metal frame and the cover membrane, and in that the flat coil antenna is arranged with a printed circuit board under the cover membrane.
Process for the recycling of an article comprising a thermoplastic polymer P1 resin, said thermoplastic polymer P1 having been formed from base monomers, said process comprising the following stages: - locally heating several zones of said resin in order to convert, at least in part, the thermoplastic polymer P1 into at least two polymers P2, said at least two polymers P2 having a lower molar mass than the molar mass of said polymer P1, - cooling said at least two polymers P2 obtained after heating to a temperature substantially equal to or lower than the boiling point of said base monomers, and - dissolving said at least two polymers P2 in a solution comprising said base monomers. - locally heating several zones of said resin in order to convert, at least in part, the thermoplastic polymer P1 into at least two polymers P2, said at least two polymers P2 having a lower molar mass than the molar mass of said polymer P1, - cooling said at least two polymers P2 obtained after heating to a temperature substantially equal to or lower than the boiling point of said base monomers, and - dissolving said at least two polymers P2 in a solution comprising said base monomers.
An epicyclic gear assembly comprising: a carrier including a first plate axially spaced from a second plate by a radially outer connector; a first set of epicyclic gears supported adjacent the first plate, including a first set of circumferentially offset intermediate gears meshing with a first sun gear and a first ring gear; and a second set of epicyclic gears axially spaced from the first set of epicyclic gears and supported adjacent the second plate, and including a second set of circumferentially offset intermediate gears meshing with a second sun gear and a second ring gear, whereby the first epicyclic gear set and the second epicyclic gear set maintain relative intermeshing alignment during flexure induced deformation of the carrier, wherein the first set of intermediate gears move independently of the second set of intermediate gears, characterized in that: the first ring gear includes a first set of teeth extending from a first flexible flange and the second ring gear includes a second set of teeth extending from a second flexible flange; and the first sun gear includes a first set of teeth and the second sun gear includes a second set of teeth, wherein the first set of teeth of the first sun gear are clocked to align with a set of tooth roots (92a, 94a) between the second set of teeth of the second sun gear. a carrier including a first plate axially spaced from a second plate by a radially outer connector; a first set of epicyclic gears supported adjacent the first plate, including a first set of circumferentially offset intermediate gears meshing with a first sun gear and a first ring gear; and a second set of epicyclic gears axially spaced from the first set of epicyclic gears and supported adjacent the second plate, and including a second set of circumferentially offset intermediate gears meshing with a second sun gear and a second ring gear, whereby the first epicyclic gear set and the second epicyclic gear set maintain relative intermeshing alignment during flexure induced deformation of the carrier, wherein the first set of intermediate gears move independently of the second set of intermediate gears, characterized in that: the first ring gear includes a first set of teeth extending from a first flexible flange and the second ring gear includes a second set of teeth extending from a second flexible flange; and the first sun gear includes a first set of teeth and the second sun gear includes a second set of teeth, wherein the first set of teeth of the first sun gear are clocked to align with a set of tooth roots (92a, 94a) between the second set of teeth of the second sun gear. the first ring gear includes a first set of teeth extending from a first flexible flange and the second ring gear includes a second set of teeth extending from a second flexible flange; and the first sun gear includes a first set of teeth and the second sun gear includes a second set of teeth, wherein the first set of teeth of the first sun gear are clocked to align with a set of tooth roots (92a, 94a) between the second set of teeth of the second sun gear.
A combination of a sanitary floor element, particularly a shower floor, shower tub or shower tray with a tub-shaped, shell-shaped or tray-shaped sanitary floor body that is open toward the top in an installed state and intended for installation on a wall of a sanitary room, with a wall drain device, characterized in that the sanitary floor body has a completely closed floor area, namely a completely closed shower floor area, shower tub area or shower tray area, as well as at least one protrusion that is realized, in particular, in a beaked manner, serves as a floor area drain and extends away from the floor area, wherein the at least one protrusion has an upper side and an underside, and wherein the upper side of the at least one protrusion is connected to the floor area, particularly in a transition-free manner, or realized in the form of a part or an extension of the floor area, and wherein the wall drain device comprises a wall drain housing that can be arranged in a wall or wall opening, connected to a wastewater line and has at least one inflow opening, wherein the protrusion of the sanitary floor element extends into the at least one inflow opening of the wall drain housing, if applicable with at least one sidewall that laterally delimits the protrusion. the sanitary floor body has a completely closed floor area, namely a completely closed shower floor area, shower tub area or shower tray area, as well as at least one protrusion that is realized, in particular, in a beaked manner, serves as a floor area drain and extends away from the floor area, wherein the at least one protrusion has an upper side and an underside, and wherein the upper side of the at least one protrusion is connected to the floor area, particularly in a transition-free manner, or realized in the form of a part or an extension of the floor area, and wherein the wall drain device comprises a wall drain housing that can be arranged in a wall or wall opening, connected to a wastewater line and has at least one inflow opening, wherein the protrusion of the sanitary floor element extends into the at least one inflow opening of the wall drain housing, if applicable with at least one sidewall that laterally delimits the protrusion.
A plug connection comprising a bracket sleeve and a bracket adapter, the bracket sleeve especially having a U-shaped or approximately U-shaped cross-section, comprising at least one bracket adapter on a wall of the bracket sleeve, said adapter being connected to the wall by means of at least one plug connection, wherein the plug connection consists substantially of a pocket which is provided on the wall and a tongue which can be inserted into said pocket and which runs transversely to the longitudinal extension of the bracket sleeve, and the tongue lies in the region of a recess of the bracket adapter, wherein the recess extends with a first stop and a first securing projection transversely to the insertion direction of the tongue, whereby the stop and the securing projection rest on a delimiting connecting piece of the pocket in such a way that the delimiting connecting piece is positioned and held between the stop and the securing projection in such a way that the tongue is secured against withdrawal from the pocket, characterized in that a) the recess is provided with a second stop which rests on a second delimiting connecting piece of the pocket, especially on a stop surface of the second delimiting connecting piece, and/or wherein the recess is provided with a second securing projection which rests on a second delimiting connecting piece of the pocket, especially on an end of the second delimiting connecting piece which is opposite of the stop surface and/or b) the delimiting connecting pieces (8a, 8b) are arranged in an oblique manner in relation to the tongue or in relation to the insertion direction of the tongue, such that the distance of the delimiting connecting pieces (8a, 8b) expand with respect to each other towards the upper side of the bracket sleeve. a) the recess is provided with a second stop which rests on a second delimiting connecting piece of the pocket, especially on a stop surface of the second delimiting connecting piece, and/or wherein the recess is provided with a second securing projection which rests on a second delimiting connecting piece of the pocket, especially on an end of the second delimiting connecting piece which is opposite of the stop surface and/or b) the delimiting connecting pieces (8a, 8b) are arranged in an oblique manner in relation to the tongue or in relation to the insertion direction of the tongue, such that the distance of the delimiting connecting pieces (8a, 8b) expand with respect to each other towards the upper side of the bracket sleeve.
A self-priming, centrifugal pump comprising a first housing part having a front wall with an inlet for receiving liquid, a second housing part having an outlet for expelling the liquid, the first housing part being connected to the second housing part for enabling the liquid to flow from the first housing part and into the second housing part, an impeller rotatably arranged in the second housing part about a central axis for pumping the liquid from the inlet to the outlet when the impeller is rotated, a pump screw rotatably arranged in the first housing part about the central axis, connected to the impeller and comprising a center body (center body 511, 5112) around which a helical blade is arranged for feeding the impeller with any gas that is present in the liquid, characterised in that the center body is arranged at a distance from a side of the front wall that faces the center body, such that a channel with a width of at least 12 mm is formed between the center body and the side of the front wall that faces the center body.
A fluid collection device, comprising: a fluid impermeable barrier at least partially defining a chamber, the fluid impermeable barrier also defining an opening extending therethrough, the opening configured to be positioned adjacent to a female urethra or have a male urethra positioned therethrough; and a channel defining and extending between an inlet and an outlet, the outlet positioned downstream from the inlet, the inlet configured to be in fluid communication with a gas source and the outlet configured to be in fluid communication with a fluid storage container, and the channel being at least partially disposed in the chamber and defining more than one aperture disposed in the chamber, that allows an interior of the channel to be in fluid communication with the chamber; and wherein the channel includes more than one Venturi suction device disposed therein and the suction device includes a narrowed section having a minimum diameter and an expanded section immediately downstream from the minimum diameter; wherein each said aperture of the channel is disposed adjacent to the minimum diameter or proximate to and downstream from the narrowed section, whereby gas flowing from the inlet of the channel to the outlet of the channel is effective to suction fluids from the chamber into the channel via each said aperture. a fluid impermeable barrier at least partially defining a chamber, the fluid impermeable barrier also defining an opening extending therethrough, the opening configured to be positioned adjacent to a female urethra or have a male urethra positioned therethrough; and a channel defining and extending between an inlet and an outlet, the outlet positioned downstream from the inlet, the inlet configured to be in fluid communication with a gas source and the outlet configured to be in fluid communication with a fluid storage container, and the channel being at least partially disposed in the chamber and defining more than one aperture disposed in the chamber, that allows an interior of the channel to be in fluid communication with the chamber; and wherein the channel includes more than one Venturi suction device disposed therein and the suction device includes a narrowed section having a minimum diameter and an expanded section immediately downstream from the minimum diameter; wherein each said aperture of the channel is disposed adjacent to the minimum diameter or proximate to and downstream from the narrowed section, whereby gas flowing from the inlet of the channel to the outlet of the channel is effective to suction fluids from the chamber into the channel via each said aperture.