mhurhangee/ep-ind-claims huggingface dataset:
A method of repairing a turbine component comprising: locating a damaged area in the turbine component; removing the damaged area by machining to form a machined region; inserting a plug into the machined region, the plug being formed of a material having the same composition a similar composition or a composition with superior material properties to that of a base material of the turbine component; securing the plug to the turbine component; machining the material of the plug to form a smooth contour, flush with a geometry of the turbine component; and restoring cooling holes in the turbine component, which were covered or closed off during insertion and securing of the plug, by drilling with a shaped-tube electrochemical machining (STEM) device; and applying a coating over at least a portion of the turbine component. locating a damaged area in the turbine component; removing the damaged area by machining to form a machined region; inserting a plug into the machined region, the plug being formed of a material having the same composition a similar composition or a composition with superior material properties to that of a base material of the turbine component; securing the plug to the turbine component; machining the material of the plug to form a smooth contour, flush with a geometry of the turbine component; and restoring cooling holes in the turbine component, which were covered or closed off during insertion and securing of the plug, by drilling with a shaped-tube electrochemical machining (STEM) device; and applying a coating over at least a portion of the turbine component.
A condensate removal device for mounting in a pipeline, the device comprising: an inlet connectable to the pipeline to receive a condensable gas flow; an outlet connectable to the pipeline downstream of the inlet, the inlet and outlet being disposed on a pipeline axis through the device; a condensate drainage channel providing fluid communication between the inlet and outlet, the condensate drainage channel having an entry port from which it extends in the longitudinal direction, and an orifice that is occludable by condensate flow therethrough to restrict condensable gas flow therethrough; an access opening facing the entry port, the access opening being offset from the pipeline axis; and a cleaning device for cleaning the orifice, the cleaning device comprising: a cap which is mountable on the access opening of the condensate removal device; and a rod carrier having a cleaning rod thereon, the cleaning rod being receivable in the orifice, wherein the rod carrier is reciprocally movable relative to the cap; and wherein, when the cap is mounted on the access opening, the cleaning rod is aligned with the orifice in the longitudinal direction, and the cleaning rod is retractably insertable into the orifice by moving the rod carrier in the longitudinal direction. an inlet connectable to the pipeline to receive a condensable gas flow; an outlet connectable to the pipeline downstream of the inlet, the inlet and outlet being disposed on a pipeline axis through the device; a condensate drainage channel providing fluid communication between the inlet and outlet, the condensate drainage channel having an entry port from which it extends in the longitudinal direction, and an orifice that is occludable by condensate flow therethrough to restrict condensable gas flow therethrough; an access opening facing the entry port, the access opening being offset from the pipeline axis; and a cleaning device for cleaning the orifice, the cleaning device comprising: a cap which is mountable on the access opening of the condensate removal device; and a rod carrier having a cleaning rod thereon, the cleaning rod being receivable in the orifice, wherein the rod carrier is reciprocally movable relative to the cap; and a cap which is mountable on the access opening of the condensate removal device; and a rod carrier having a cleaning rod thereon, the cleaning rod being receivable in the orifice, wherein the rod carrier is reciprocally movable relative to the cap; and wherein, when the cap is mounted on the access opening, the cleaning rod is aligned with the orifice in the longitudinal direction, and the cleaning rod is retractably insertable into the orifice by moving the rod carrier in the longitudinal direction.
Teat for use with a container for containing a fluid, comprising: - a deformable mouthpiece for an infant to suck on during a fluid intake action, the mouthpiece having at least one aperture therein for allowing a fluid to flow out of the teat; and - an inner core disposed within the mouthpiece, wherein an exterior surface of the inner core is spaced from an interior surface of the mouthpiece at the position of a fluid pocket guiding face of the exterior surface of the inner core extending along a length of the inner core so that a fluid duct between the mouthpiece and the inner core is defined which allows the infant to perform a peristaltic fluid intake action during which the mouthpiece is deformed and a fluid is forced along the fluid duct in a direction towards the at least one aperture of the mouthpiece, wherein the at least one aperture is arranged in a central front area of the mouthpiece, and wherein the mouthpiece and the inner core are designed to leave space between them for a fluid flow path from the fluid pocket guiding face to the at least one aperture, characterized in that a front part of the fluid pocket guiding face is deflected upwardly with respect to an inclination of a connected area of the fluid pocket guiding face which is more to the back, as seen in a longitudinal direction towards the at least one aperture. - a deformable mouthpiece for an infant to suck on during a fluid intake action, the mouthpiece having at least one aperture therein for allowing a fluid to flow out of the teat; and - an inner core disposed within the mouthpiece, wherein an exterior surface of the inner core is spaced from an interior surface of the mouthpiece at the position of a fluid pocket guiding face of the exterior surface of the inner core extending along a length of the inner core so that a fluid duct between the mouthpiece and the inner core is defined which allows the infant to perform a peristaltic fluid intake action during which the mouthpiece is deformed and a fluid is forced along the fluid duct in a direction towards the at least one aperture of the mouthpiece, wherein the at least one aperture is arranged in a central front area of the mouthpiece, and wherein the mouthpiece and the inner core are designed to leave space between them for a fluid flow path from the fluid pocket guiding face to the at least one aperture,
A peptide having skin-whitening activity, the peptide consisting of the following sequence having ferulic acid moiety bound via its carboxyl group to the N-terminal amine group of Ile of the amino acid sequence of SEQ ID NO: 1: Feruloyl-Ile-Trp-Ser-Leu-Asp-Thr-Gln-Tyr-Gly-Gly-Arg-Gly-Asp-COOH.
A method of handling measurement capability for a mobile device (10, 20) capable of communicating with a network through a plurality of component carriers in an LTE-Advanced wireless communication system, wherein the network receives, from the mobile device (10, 20), a capability information message indicating a component carrier capability, wherein the component carrier capability indicates the plurality of component carriers, the method comprising: when the mobile device receives data on less than all of the plurality of component carriers and receives a measurement command from the network, performing, by the mobile device, an inter-frequency measurement according to the measurement command, while the network refrains from configuring a measurement gap to any of the plurality of component carriers. when the mobile device receives data on less than all of the plurality of component carriers and receives a measurement command from the network, performing, by the mobile device, an inter-frequency measurement according to the measurement command, while the network refrains from configuring a measurement gap to any of the plurality of component carriers.
An adapter for connecting a blade assembly to a handle, and the blade assembly, the adapter comprising: an adapter body configured to connect with the handle, the adapter body having a channel therethrough, said channel being configured to receive a pusher of the handle; the adapter further comprising two arms (22a, 22b) extending distally from the adapter body, wherein one or more of the distal ends of the arms (22a, 22b) have a finger (24a, 24b) that is configured to engage a respective connecting region (15a, 15b) of the blade assembly, characterised in that the connecting regions (15a, 15b) comprise partially spherical recessed surfaces, and the connecting regions (15a, 15b) allow the blade assembly to pivot relative to the adapter. an adapter body configured to connect with the handle, the adapter body having a channel therethrough, said channel being configured to receive a pusher of the handle; the adapter further comprising two arms (22a, 22b) extending distally from the adapter body, wherein one or more of the distal ends of the arms (22a, 22b) have a finger (24a, 24b) that is configured to engage a respective connecting region (15a, 15b) of the blade assembly, characterised in that the connecting regions (15a, 15b) comprise partially spherical recessed surfaces, and the connecting regions (15a, 15b) allow the blade assembly to pivot relative to the adapter.
Magazine by means of which a setting device is equipable for storing and feeding a plurality of joining elements, particularly setting bolts, that has the following features: a) a base element by means of which the setting device is equipable in the interior and having a spiral storage groove extending from a circumferential edge of the base element to its center and in which the joining elements can be received at a radial outer edge aligned and jointly movable, and wherein a radial inner end of the storage groove is formed to open into a head piece of the setting device, characterized in that the magazine further comprises: b) an advancing mechanism having an areal designed rotatable brush-like arrangement by means of which the joining elements can be moved within the storage groove toward the head piece of the setting device by means of friction connection, and c) a dispensing mechanism by means of which the joining elements within the storage groove can be fed into the head piece of the setting device. a) a base element by means of which the setting device is equipable in the interior and having a spiral storage groove extending from a circumferential edge of the base element to its center and in which the joining elements can be received at a radial outer edge aligned and jointly movable, and wherein a radial inner end of the storage groove is formed to open into a head piece of the setting device, characterized in that the magazine further comprises: b) an advancing mechanism having an areal designed rotatable brush-like arrangement by means of which the joining elements can be moved within the storage groove toward the head piece of the setting device by means of friction connection, and c) a dispensing mechanism by means of which the joining elements within the storage groove can be fed into the head piece of the setting device.
A heat dissipation device for an illumination apparatus, comprising: a base comprising a first section and a second section provided in a longitudinal direction, and a heat dissipation structure, wherein the heat dissipation structure comprises a plurality of first fins distributed on a circumferential surface of the first section and a plurality of second fins distributed on a circumferential surface of the second section, and a circumferential angular position of the first fin is different from a circumferential angular position of the second fin, wherein two adjacent first fins define a first convection region, and two adjacent second fins define a second convection region, wherein air from the first convection region or the second convection region can be separated by the second fins or the first fins, characterized in that the heat dissipation structure further comprises a connection structure such that a flowing channel is defined between the first convection region and the second convection region.
An electronic device comprising: a display panel; and an anti-bacterial and anti-fouling film adhered to the display panel, wherein the film is formed using an anti-bacterial and anti-fouling coating composition comprising: a compound having a fluorine-based substituent represented by the following Formula 1 and at least one ammonium-based substituent represented by the following Formula 2: wherein p and q each independently represent an integer of 1 to 100, [Formula 2] (̵CH 2 -C(CH 3)(COOCH 2 CH 2 + N(CH 3) 2 (CH 2 CH 2) X CH 3))̵ wherein x represents an integer of 1 to 20; or a compound represented by the following Formula 8: wherein p"" and q"" represent an integer of 1 to 100, X", Y" and Z" represent at least one of a methoxy group, an ethoxy group and a halogen element, and a", b", c" are integers satisfying an equation of a" + b" + c" = 3. a display panel; and an anti-bacterial and anti-fouling film adhered to the display panel, wherein the film is formed using an anti-bacterial and anti-fouling coating composition comprising: a compound having a fluorine-based substituent represented by the following Formula 1 and at least one ammonium-based substituent represented by the following Formula 2: wherein p and q each independently represent an integer of 1 to 100, [Formula 2] (̵CH 2 -C(CH 3)(COOCH 2 CH 2 + N(CH 3) 2 (CH 2 CH 2) X CH 3))̵ wherein x represents an integer of 1 to 20; or a compound represented by the following Formula 8: wherein p"" and q"" represent an integer of 1 to 100, X", Y" and Z" represent at least one of a methoxy group, an ethoxy group and a halogen element, and a", b", c" are integers satisfying an equation of a" + b" + c" = 3. a compound having a fluorine-based substituent represented by the following Formula 1 and at least one ammonium-based substituent represented by the following Formula 2: wherein p and q each independently represent an integer of 1 to 100, [Formula 2] (̵CH 2 -C(CH 3)(COOCH 2 CH 2 + N(CH 3) 2 (CH 2 CH 2) X CH 3))̵ wherein x represents an integer of 1 to 20; or a compound represented by the following Formula 8: wherein p"" and q"" represent an integer of 1 to 100, X", Y" and Z" represent at least one of a methoxy group, an ethoxy group and a halogen element, and a", b", c" are integers satisfying an equation of a" + b" + c" = 3.
A balloon catheter device, comprising: an inflatable and expandable body having a stretchable surface, the stretchable surface having soft or elastic properties enabling the stretchable surface to be made longer or wider without tearing or breaking; and a stretchable electronic circuit including a plurality of components (210, 220) that accommodate stretching or expanding of the stretchable surface of the inflatable and expandable body and remain functional when the stretchable surface is stretched or expanded, the plurality of components comprising: a plurality of discrete operative devices arranged as device islands embedded in or affixed to the stretchable surface of the inflatable and expandable body; and a plurality of stretchable interconnects arranged to electrically interconnect at least some of the plurality of discrete operative devices, characterised in that the balloon catheter device is a balloon catheter device for sensing arterial plaque deposits, wherein at least some of the plurality of discrete operative devices are pressure sensors for sensing the presence and mechanical properties of the arterial lumen and plaque; and at least some of the plurality of stretchable interconnects are configured to be buckled when said inflatable and expandable body is relaxed and to be fairly non-buckled with the surface of the inflatable and expandable body, when said inflatable and expandable body is in the inflated state. an inflatable and expandable body having a stretchable surface, the stretchable surface having soft or elastic properties enabling the stretchable surface to be made longer or wider without tearing or breaking; and a stretchable electronic circuit including a plurality of components (210, 220) that accommodate stretching or expanding of the stretchable surface of the inflatable and expandable body and remain functional when the stretchable surface is stretched or expanded, the plurality of components comprising: a plurality of discrete operative devices arranged as device islands embedded in or affixed to the stretchable surface of the inflatable and expandable body; and a plurality of stretchable interconnects arranged to electrically interconnect at least some of the plurality of discrete operative devices, characterised in that a plurality of discrete operative devices arranged as device islands embedded in or affixed to the stretchable surface of the inflatable and expandable body; and a plurality of stretchable interconnects arranged to electrically interconnect at least some of the plurality of discrete operative devices, characterised in that the balloon catheter device is a balloon catheter device for sensing arterial plaque deposits, wherein at least some of the plurality of discrete operative devices are pressure sensors for sensing the presence and mechanical properties of the arterial lumen and plaque; and at least some of the plurality of stretchable interconnects are configured to be buckled when said inflatable and expandable body is relaxed and to be fairly non-buckled with the surface of the inflatable and expandable body, when said inflatable and expandable body is in the inflated state.
Method for the production of enthalpy exchanger elements comprising the steps of: a. perforating a flat plate element according to a predetermined perforation pattern within the plate outer dimensions; b. applying to at least one side of the plate element a thin polymer film with water vapor transmission characteristics; and c. forming the plate element into a desired shape exhibiting a corrugation pattern, whereby the polymer film is formed into the same corrugation pattern shape as that of the plate element. a. perforating a flat plate element according to a predetermined perforation pattern within the plate outer dimensions; b. applying to at least one side of the plate element a thin polymer film with water vapor transmission characteristics; and c. forming the plate element into a desired shape exhibiting a corrugation pattern, whereby the polymer film is formed into the same corrugation pattern shape as that of the plate element.
Microparticles for use in the treatment of a subject in need of bleeding stopping and wound dressing for in vivo administration through a medical conduit, the microparticles being suitable for endoscopic administration in vivo through a medical conduit with an inner diameter of 1.0-3.5 mm at a pressure of 0.5-2 bar, wherein the microparticles are polymer microparticles with a particle diameter of 100-350 μ m as measured at a magnification of 100 using a scanning electron microscope containing a biocompatible and biodegradable polymer selected from the group consisting of alginate, chitosan, dextran, polylysine, hyaluronic acid, and hydroxyethylcellulose.
A magnetic levitation vehicle comprising a magnet arrangement having multiple magnetic poles, each of which is formed by a core and a winding, also having a control circuit connected to the windings, and an energy supply unit for providing at least the electrical energy required by the control circuit, wherein the magnet arrangement is designed as an autonomous modular unit comprising the magnetic poles, the control circuit and the energy supply unit in one block, characterized in that the magnet arrangement forms at least one levitation magnet, which provides the exciter field of a long stator motor for propelling purposes.
A surface-emitting laser comprising: a plurality of semiconductor layers; an active layer, including a first layer including aluminum gallium indium arsenide, (Al x Ga 1-x) y In 1-y As, where 0 < x < 1 and 0 < y < 1, and a second layer including aluminum gallium indium arsenide, (Al m Ga 1-m) n In 1-n As, where 0 < m < 1 and 0 < n < 1, or aluminium gallium arsenide, (Al m Ga 1-m)As with 0<m<1,, and at least one of m≠x and n≠y is satisfied; and spacer layers (104, 106) between which the active layer is held, including aluminum gallium indium phosphide (Al a Ga 1-a) b In 1-b P, where 0 < a < 1 and 0 < b < 1, or gallium indium phosphide, Ga b In 1-b P where 0< b <1, the plurality of semiconductor layers and the active layer held between the spacer layers (104, 106) being laminated; wherein the plurality of semiconductor layers are laminated on a substrate, and wherein a normal direction of a surface of the substrate is inclined with respect to one direction of a crystal orientation <1 0 0> toward one direction of a crystal orientation <1 1 1 >, and wherein the first layer is a quantum well layer and the second layer is a barrier layer. a plurality of semiconductor layers; an active layer, including a first layer including aluminum gallium indium arsenide, (Al x Ga 1-x) y In 1-y As, where 0 < x < 1 and 0 < y < 1, and a second layer including aluminum gallium indium arsenide, (Al m Ga 1-m) n In 1-n As, where 0 < m < 1 and 0 < n < 1, or aluminium gallium arsenide, (Al m Ga 1-m)As with 0<m<1,, and at least one of m≠x and n≠y is satisfied; and spacer layers (104, 106) between which the active layer is held, including aluminum gallium indium phosphide (Al a Ga 1-a) b In 1-b P, where 0 < a < 1 and 0 < b < 1, or gallium indium phosphide, Ga b In 1-b P where 0< b <1, the plurality of semiconductor layers and the active layer held between the spacer layers (104, 106) being laminated; wherein the plurality of semiconductor layers are laminated on a substrate, and wherein a normal direction of a surface of the substrate is inclined with respect to one direction of a crystal orientation <1 0 0> toward one direction of a crystal orientation <1 1 1 >, and wherein the first layer is a quantum well layer and the second layer is a barrier layer.
A roll coating process for applying a coating layer on a non-continuous sheet, comprising the steps of i. applying a liquid coating composition to the top surface of the sheet by passing the sheet horizontally between an applicator roll and a backing roll; ii. forwarding the coated sheet with a coated sheet forwarder; wherein forwarding is interrupted by stopping the sheet after passing the applicator roll while maintaining a meniscus of liquid coating composition between stopped sheet and rotating applicator roll, and restarting forwarding when the meniscus has disappeared. i. applying a liquid coating composition to the top surface of the sheet by passing the sheet horizontally between an applicator roll and a backing roll; ii. forwarding the coated sheet with a coated sheet forwarder;