mhurhangee/ep-ind-claims huggingface dataset:
Towel cloth in which a pile yarn is locked to a ground yarn (2, 3), wherein the pile yarn is constituted by a core yarn type twisted union yarn in which a polyester-based multifilament yarn is used as a core and a vegetable fiber covers the core as a sheath, characterised in that the polyester-based multifilament yarn is non-crimpable, the multifilament yarn has a hot water shrinkage factor of 13% or lower, wherein the hot water shrinkage factor is given by the equation hot water factor shrinkage factor = 100 L 0 − L 1 L 0, in which L0 is the length of the multifilament yarn prior to hot water treatment and L1 is the length of the multifilament yarn after hot water treatment, wherein hot water treatment is measured in accordance with 9.24.3C method specified in JIS L 1095: 2010 and includes applying a prescribed initial load to the yarn, processing the yarn in boiling water for 10 minutes, and dewatering the yarn, wherein the multifilament yarn is a core-in-sheath fiber in which polytrimethylene terephthalate constituting a sheath portion and polyethylene terephthalate constituting a core portion are concentrically combined in a lengthwise direction of a yarn. the pile yarn is constituted by a core yarn type twisted union yarn in which a polyester-based multifilament yarn is used as a core and a vegetable fiber covers the core as a sheath, characterised in that the polyester-based multifilament yarn is non-crimpable, the multifilament yarn has a hot water shrinkage factor of 13% or lower, wherein the hot water shrinkage factor is given by the equation hot water factor shrinkage factor = 100 L 0 − L 1 L 0, in which L0 is the length of the multifilament yarn prior to hot water treatment and L1 is the length of the multifilament yarn after hot water treatment, wherein hot water treatment is measured in accordance with 9.24.3C method specified in JIS L 1095: 2010 and includes applying a prescribed initial load to the yarn, processing the yarn in boiling water for 10 minutes, and dewatering the yarn, applying a prescribed initial load to the yarn, processing the yarn in boiling water for 10 minutes, and dewatering the yarn, wherein the multifilament yarn is a core-in-sheath fiber in which polytrimethylene terephthalate constituting a sheath portion and polyethylene terephthalate constituting a core portion are concentrically combined in a lengthwise direction of a yarn.
Method for receiving operational data of an internal combustion engine in a control device during a diagnostic function of the control device and for transmitting the operational data from the control device to a diagnostic device, wherein the operational data is determined in the control device using sensors assigned to the internal combustion engine and/or from variables derived from output signals of the sensors and/or from control-device-internal variables, the specification of an operational data type and a chronological resolution of the recording of values are transmitted from the diagnostic device to the diagnostic function, the operational data is registered in the control device by means of the diagnostic function, the recording of values is started by the diagnostic device, the operational data is stored in a buffer memory in the control device, and the operational data is transmitted from the buffer memory to the diagnostic device, characterized in that during the recording of operational data, parameters of the internal combustion engine are predefined by means of the diagnostic device, wherein a plurality of types of operational data are registered in parallel.
An implantable absorbable iron-based device, comprising: an iron-based substrate and degradable polyester in contact with a surface of the iron-based substrate, wherein a mass fraction of a low molecular weight portion in the degradable polyester is less than or equal to 5% and a molecular weight of the low molecular weight portion is less than 10,000; or, a mass fraction of one or more residual monomers in the degradable polyester is less than or equal to 2%.
A dispensing apparatus for delivering a fluid to a patient's eye, comprising: an ampoule containing a liquid to be dispensed and having a first portion comprising an elongated section extending from a second portion, the second portion comprising a reservoir section, wherein the first portion defines one or more apertures through a side wall of the first portion; and a piezoelectric actuator assembly configured to impart an oscillation onto the side wall such that a stream of the liquid is dispensed from the one or more apertures; wherein the piezoelectric actuator assembly comprises a piezoelectric clamping actuator which is configured to engage with the side wall of the first portion and partially, around a circumference of the first portion such that the one or more apertures are not covered by the clamping actuator, wherein the piezoelectric clamping actuator has at least two opposed jaw members (1016A;1016B) which are adapted to support and engage the first portion in a receiving channel defined between the jaw members,; wherein the apparatus is configured such that the stream of liquid is dispensed through a gap in the piezoelectric clamping actuator and such that the stream of the liquid is dispensed in a direction that is normal to a longitudinal axis of the apparatus. an ampoule containing a liquid to be dispensed and having a first portion comprising an elongated section extending from a second portion, the second portion comprising a reservoir section, wherein the first portion defines one or more apertures through a side wall of the first portion; and a piezoelectric actuator assembly configured to impart an oscillation onto the side wall such that a stream of the liquid is dispensed from the one or more apertures; wherein the piezoelectric actuator assembly comprises a piezoelectric clamping actuator which is configured to engage with the side wall of the first portion and partially, around a circumference of the first portion such that the one or more apertures are not covered by the clamping actuator, wherein the piezoelectric clamping actuator has at least two opposed jaw members (1016A;1016B) which are adapted to support and engage the first portion in a receiving channel defined between the jaw members,; wherein the apparatus is configured such that the stream of liquid is dispensed through a gap in the piezoelectric clamping actuator and such that the stream of the liquid is dispensed in a direction that is normal to a longitudinal axis of the apparatus.
A mobile terminal comprising: a wireless communication unit configured to communicate with an external terminal; a touchscreen configured to display information; and a controller configured to: cause the touchscreen to display a content list to be shared with a counterpart terminal when a distance between the mobile terminal and the external terminal is shorter than a preset distance, wherein the external terminal is currently in a phone call with the counterpart terminal, receive, via the touchscreen, a user input for selecting an item in the content list, and request the external terminal to share the selected item with the counterpart terminal. a wireless communication unit configured to communicate with an external terminal; a touchscreen configured to display information; and a controller configured to: cause the touchscreen to display a content list to be shared with a counterpart terminal when a distance between the mobile terminal and the external terminal is shorter than a preset distance, wherein the external terminal is currently in a phone call with the counterpart terminal, receive, via the touchscreen, a user input for selecting an item in the content list, and request the external terminal to share the selected item with the counterpart terminal. cause the touchscreen to display a content list to be shared with a counterpart terminal when a distance between the mobile terminal and the external terminal is shorter than a preset distance, wherein the external terminal is currently in a phone call with the counterpart terminal, receive, via the touchscreen, a user input for selecting an item in the content list, and request the external terminal to share the selected item with the counterpart terminal.
A spinner (210,310,410,510,610,710,810) for use in a gas turbine engine comprising a body (214,414,614,814) comprising composite materials, the body (214,414,614,814) including a side wall (230,430,630,830) having a diameter that increases along a central axis (211,411,611,811) from a forward side (231,431,631,831) of the body (214,414,614,814) to an aft side (232,432,632,832) of the body (214,414,614,814), and an asymmetric aft ring (216,316,416,516,616,716,816) comprising composite materials that overlaps the side wall (230,430,630,830) along the aft side (232,432,632,832) of the body (214,414,614,814), the aft ring (216,316,416,516,616,716,816) including a first layer of plies arranged circumferentially adjacent to one another to form circumferential joints between plies and a second layer of plies arranged circumferentially adjacent to one another to form circumferential joints between plies, and at least one fairing (220,320,420,520,620,720,820) is formed by a plug (252,352,452,552,652,752,852) arranged radially between the side wall (230,430,630,830) and the first layer of plies that extends outward in a radial direction away from the central axis, wherein the circumferential joints of the first layer of plies are circumferentially offset from the circumferential joints of the second layer of plies by the at least one fairing (220,320,420,520,620,720,820).
Transportation device with a transportation system comprising a transportation chain with a number of chain links, which are joined into an articulated endless chain, and with a sprocket to reverse the transportation chain, wherein the transportation chain has a plurality of equally spaced guiding elements (9, 6) which, in a transportation area of the transportation device, are guided along a guiderail, characterized in that - as guide elements, the transportation system contains a plurality of sliding elements, which are mechanically linked to the transportation chain and executed in such manner that, when the transportation system of the transportation device is in motion, they slide along the guiderail, and - in that, on its outer circumference, the sprocket has recesses (3.2) to at least partly accommodate the sliding elements. - as guide elements, the transportation system contains a plurality of sliding elements, which are mechanically linked to the transportation chain and executed in such manner that, when the transportation system of the transportation device is in motion, they slide along the guiderail, and - in that, on its outer circumference, the sprocket has recesses (3.2) to at least partly accommodate the sliding elements.
Fluid sealing device of a rotating machines with a rotor part rotating in and relatively to a stator part or a case in the presence of fluid, where: the rotor portion comprises at least one disk carried by a rotating shaft supported by bearings and provided with at least one sealing system (15a, 15b) defining a first environment at a first pressure; the stator part has a wall in front of the disk of the stator part; the rotor part and the stator part delimit between them a second environment containing a fluid at a second pressure higher or lower than the first pressure in said environment, and the first environment and the second environment are separated by said sealing system (15a, 15b) on the rotating shaft, wherein a movable ring concentric with said rotating shaft placed between said wall of the stator part and the disk of the rotor part and provided with at least one annular sealing gasket facing towards a portion of said disk is provided, and wherein said ring is axially movable by control between an inactive rearward position, in which the sealing gasket is far from said disk, and a forward active position in which said sealing gasket rests on said disk, the movable ring being moved in said active position when the rotating machine is stopped to prevent the fluid passage from one of said environment (A, B) to the other environment, wherein the movable ring is accommodated and guided in an annular recess obtained in the wall of the stator part in front of the disk of the rotor part and has a head portion with a throat carrying the annular sealing gasket facing towards the disk of the rotor part, and wherein the movable ring is associated with the annular recess with the interposition of sealing gaskets, and can be moved from the inactive rearward position to the forward active position by means of a pressurized fluid fed to a chamber between said ring and said recess, and from the active position to the rearward inactive position at least by thrust springs operating between the movable ring and a fixed countercheck ring constrained to said wall of the stator part.
A method of producing a film exhibiting microstructures in the form of longitudinal ribs which is applied to a body to move or be moved in a medium, so that the longitudinal ribs lie on the outside, in order to be in contact with the medium and to reduce a flow resistance of the body in the medium, characterized in that a spacing of the longitudinal ribs is calculated in order to reduce the flow resistance of the body in the medium, in that for a predefined flow velocity and a predefined kinematic viscosity wall shear stresses are calculated at certain points or continuously on the body and, from these, a mean wall shear stress during a movement of the body in the medium is calculated, according to which for the mean wall shear stress determined with the help of the equation s + = s τ W / ρ ν a value s is calculated which corresponds to a spacing of the longitudinal ribs, wherein a value s+ in the range of 10 to 20, preferably 12 to 18, is selected and wherein τ W corresponds to the mean wall shear stress, ρ to the density of the medium and v to the kinematic viscosity of the medium, according to which at least one metallic component is produced which has negative contours of the longitudinal ribs with the calculated spacing according to which a film blank is supplied, whereupon with the at least one component the longitudinal ribs are formed on or in the film blank while the film exhibiting longitudinal ribs is formed.
A method for powder-metallurgical production of a rod-shaped body of cemented carbide, cermet or ceramic by extrusion of an initial mass and sintering, wherein extrusion of the initial mass is carried out in such a way that at least a first channel is formed, and wherein - prior to sintering to attain the final density of the rod-shaped body - machining for forming at least one further recess is carried out, characterized in that the at least one further recess is formed as a connecting channel connecting the first channel with an outer circumference, or the at least one further recess is formed such that it extends as a channel from a first face side end up to a distance D from a second face side end and - prior to sintering for attaining the resulting density of the rod-shaped body - machining is carried out for forming at least one connecting channel connecting the further recess with an outer circumference or at least one connecting channel extending starting from the recess obliquely in the direction of the second face side end such that it forms an exit opening there.
Adapter for connecting a wiper blade to a U-shaped hooked front end of a wiper arm, the adapter comprising: - a front body with convex external profile, intended to be received in a concave front closed-end of the end hook; - and at least one branch which extends longitudinally towards the rear from the front body and which carries a single projecting locking stud intended to be received in a locking slot of the end hook, of the wiper arm, characterized in that it comprises at least two transverse notches (86A, 86B, 86C) for the longitudinal positioning of the adapter, these being longitudinally offset relative to one another and one or another of which is intended to collaborate with a transverse edge of the end hook according to the dimension of the end hook. - a front body with convex external profile, intended to be received in a concave front closed-end of the end hook; - and at least one branch which extends longitudinally towards the rear from the front body and which carries a single projecting locking stud intended to be received in a locking slot of the end hook, of the wiper arm,
A printing device comprising: a processing liquid adding unit adapted to add a processing liquid containing acid as an aggregating component which aggregates components in an ink and having a contact angle with a recording surface of a recording medium equal to or greater than 70°, to the recording surface; an image recording unit adapted to apply an ink to the recording surface, to which the processing liquid is added, from an inkjet head to record an image; and a varnish coating unit which includes a varnish coating roller to the outer peripheral surface of which is wound a vanish plate and which brings the varnish plate holding a varnish in a selected region (A N) into contact with the recording surface, to which the ink is applied, to transfer and apply the varnish held in the varnish plate to the recording surface, and an anilox roller which transfers the varnish supplied from a chamber to the varnish plate; wherein a coating forming time of the varnish is 9 minutes or longer, and wherein the coating forming time is determined as follows: obtaining a period of time until a wrinkle is generated on the varnish in a container in a case where a plastic flat-bottomed container having a diameter of 60 millimeters containing 5 grams of the varnish is horizontally placed on a plate at 80°C, and then the container is tilted at an angle of 45° with respect to the horizontal. a processing liquid adding unit adapted to add a processing liquid containing acid as an aggregating component which aggregates components in an ink and having a contact angle with a recording surface of a recording medium equal to or greater than 70°, to the recording surface; an image recording unit adapted to apply an ink to the recording surface, to which the processing liquid is added, from an inkjet head to record an image; and a varnish coating unit which includes a varnish coating roller to the outer peripheral surface of which is wound a vanish plate and which brings the varnish plate holding a varnish in a selected region (A N) into contact with the recording surface, to which the ink is applied, to transfer and apply the varnish held in the varnish plate to the recording surface, and an anilox roller which transfers the varnish supplied from a chamber to the varnish plate; wherein a coating forming time of the varnish is 9 minutes or longer, and wherein the coating forming time is determined as follows: obtaining a period of time until a wrinkle is generated on the varnish in a container in a case where a plastic flat-bottomed container having a diameter of 60 millimeters containing 5 grams of the varnish is horizontally placed on a plate at 80°C, and then the container is tilted at an angle of 45° with respect to the horizontal.
A process for the preparation of the compound of formula wherein R 1 R 2 and R 3 are halogen, which process comprises adding a compound of formula wherein R 1, R 2 and R 3 have the meanings as described under formula, in the presence of an inert organic solvent to a mixture comprising an organic nitrite of formula R 4 -O-N=O, wherein R 4 is C 1 -C 8 alkyl, a compound of formula and an inert organic solvent. R 1 R 2 and R 3 are halogen, which process comprises adding a compound of formula wherein R 1, R 2 and R 3 have the meanings as described under formula, in the presence of an inert organic solvent to a mixture comprising an organic nitrite of formula R 4 -O-N=O, wherein R 4 is C 1 -C 8 alkyl, a compound of formula and an inert organic solvent.
An oxidative hair dye composition comprising one or more oxidative dyes selected from the group consisting of p-phenylenediamine; p-aminophenol; o-aminophenol; N,N-bis(2-hydroxyethyl)-p-phenylenediamine; 2,5-diaminotoluene; 1-phenylamino-4-aminobenzene; 1-bis(beta-hydroxyethyl)amino-4-aminobenzene; salts thereof; 2,5,6-triamino-4-pyrimidinol sulfate and 2,3,4,5-tetraaminopyrimidine sulfate and at least one antioxidant in the form of a botanical extract that contains at least one flavanoid component selected from the group consisting of aspalathin, orientin, iso-orientin, rutin, isoquercetin, vitexin, isovitexin, chryseriol, quercetin, luteolin, nothofagin, catechin and mixtures thereof and/or at least one phenolic acid component selected from the group consisting of protocatechic acid, caffeic acid, p-hydroxybenzoic acid, vanillic acid, p-coumaric acid, ferulic acid, and mixtures thereof; present in an amount ranging from 0.0001% to 35% and operable to inhibit the oxidative degradation upon exposure to air of one or more oxidative dyes present in the oxidative dye composition.
A method of making a stimulation lead, the method comprising: attaching a plurality of segmented electrodes to a carrier, each of the segmented electrodes having a stimulation surface and a curved form extending over an arc in the range of 10 to 345 degrees; attaching a plurality of conductors to the plurality of segmented electrodes; wrapping the carrier into a cylinder with the plurality of segmented electrodes disposed within the cylinder; molding a lead body around the plurality of segmented electrodes disposed on the carrier; and removing at least a portion of the carrier to separate the segmented electrodes and to expose the stimulation surface of the segmented electrodes. attaching a plurality of segmented electrodes to a carrier, each of the segmented electrodes having a stimulation surface and a curved form extending over an arc in the range of 10 to 345 degrees; attaching a plurality of conductors to the plurality of segmented electrodes; wrapping the carrier into a cylinder with the plurality of segmented electrodes disposed within the cylinder; molding a lead body around the plurality of segmented electrodes disposed on the carrier; and removing at least a portion of the carrier to separate the segmented electrodes and to expose the stimulation surface of the segmented electrodes.