mhurhangee/ep-ind-claims huggingface dataset:
An expandable liner hanger system, comprising: a setting tool, comprising: a cone mandrel defining a tapered external annular surface and adapted to be displaced in first and second axial directions (64, 66); an expansion cone extending about the cone mandrel and defining a tapered internal annular surface adapted to be engaged by the tapered external annular surface when the cone mandrel is displaced in the first axial direction; and a cone retainer connected to the cone mandrel and adapted to engage the expansion cone when the cone mandrel is displaced in the second axial direction and relative to the expansion cone; and a hanger body having a reduced diameter portion adapted to be engaged and radially expanded by the expansion cone when the cone mandrel and the expansion cone are displaced in the first axial direction and relative to the hanger body; wherein, when the cone retainer engages the expansion cone, the tapered internal annular surface is disengaged from the tapered external annular surface so that the expansion cone is permitted to bell radially inward, wherein the engagement of the expansion cone with the reduced diameter portion of the hanger body forms a seal so that the setting tool acts as a hydraulic piston within the hanger body. a setting tool, comprising: a cone mandrel defining a tapered external annular surface and adapted to be displaced in first and second axial directions (64, 66); an expansion cone extending about the cone mandrel and defining a tapered internal annular surface adapted to be engaged by the tapered external annular surface when the cone mandrel is displaced in the first axial direction; and a cone retainer connected to the cone mandrel and adapted to engage the expansion cone when the cone mandrel is displaced in the second axial direction and relative to the expansion cone; and a cone mandrel defining a tapered external annular surface and adapted to be displaced in first and second axial directions (64, 66); an expansion cone extending about the cone mandrel and defining a tapered internal annular surface adapted to be engaged by the tapered external annular surface when the cone mandrel is displaced in the first axial direction; and a cone retainer connected to the cone mandrel and adapted to engage the expansion cone when the cone mandrel is displaced in the second axial direction and relative to the expansion cone; a hanger body having a reduced diameter portion adapted to be engaged and radially expanded by the expansion cone when the cone mandrel and the expansion cone are displaced in the first axial direction and relative to the hanger body; wherein, when the cone retainer engages the expansion cone, the tapered internal annular surface is disengaged from the tapered external annular surface so that the expansion cone is permitted to bell radially inward, wherein the engagement of the expansion cone with the reduced diameter portion of the hanger body forms a seal so that the setting tool acts as a hydraulic piston within the hanger body.
Layered flexible material for coatings comprising: at least a water permeable lacquer external layer, comprising polymers comprising one of the following functional groups: hydroxyl, amine, carboxylic, carbonyl, ester, sulfonic, amide, acrylate or combinations thereof; a polyvinyl chloride - PVC - perforated intermediate layer; an absorbent and diffusing textile layer comprising a plurality of superabsorbent polymer fibres and a plurality of polyester fibres; wherein said layers are bound. at least a water permeable lacquer external layer, comprising polymers comprising one of the following functional groups: hydroxyl, amine, carboxylic, carbonyl, ester, sulfonic, amide, acrylate or combinations thereof; a polyvinyl chloride - PVC - perforated intermediate layer; an absorbent and diffusing textile layer comprising a plurality of superabsorbent polymer fibres and a plurality of polyester fibres; wherein said layers are bound.
A fastening fixture for a lighting head arranged to detachably connect a reflector to the lighting head, wherein the lighting head comprises a reflector body having a first reflector with a first reflective surface and a first aperture for receiving a light source, the fastening fixture comprising a first receiving means for detachably connecting a lens to the lighting head in front of the light source, and wherein the fastening fixture further comprises at least a second receiving means for detachably connecting a second reflector to the lighting head the second receiving means is arranged such that the light source extends through a second aperture of the second reflector for receiving the light source and such that at least a portion of the light from the light source is reflected of the reflective surface of the second reflector, characterized in that the first receiving means is a first reception cavity inside the fastening fixture, wherein said fastening fixture is arranged to move between a first open position and a second locked position through a moving member, and the second receiving means is at least one second reception cavity inside the fastening fixture for detachably connecting the second reflector to the lighting head, wherein the moving member enables the fastening fixture to be rotated around the centre of the moving member
A method of fabricating a nano-structured grating pattern in a photo-sensitive organic electroluminescent layer of an organic light emitting diode (OLED), the method comprising the steps of: providing the photo-sensitive organic electroluminescent layer formed of a photo-crosslinkable liquid crystal having rod-shaped dichroic molecules therein; defining a grating pattern in the organic electroluminescent layer by illuminating the organic electroluminescent layer with first and second light beams having an angle θ therebetween, wherein the first and second light beams (41, 42) are configured to create an interference fringe in the organic electroluminescent layer, and wherein the photo-sensitive organic electroluminescent layer is sensitive to radiation having a wavelength between 10 nm and 400 nm; characterised in that the refractive index of the defined grating pattern is tuned by varying the intensity of the light to which the photo-crosslinkable liquid crystal is exposed. providing the photo-sensitive organic electroluminescent layer formed of a photo-crosslinkable liquid crystal having rod-shaped dichroic molecules therein; defining a grating pattern in the organic electroluminescent layer by illuminating the organic electroluminescent layer with first and second light beams having an angle θ therebetween, wherein the first and second light beams (41, 42) are configured to create an interference fringe in the organic electroluminescent layer, and wherein the photo-sensitive organic electroluminescent layer is sensitive to radiation having a wavelength between 10 nm and 400 nm; characterised in that the refractive index of the defined grating pattern is tuned by varying the intensity of the light to which the photo-crosslinkable liquid crystal is exposed.
A method of allocating transport resources in the transport network to beams in a network area, wherein the beams comprise beam formed radio channels (505, 507, 513, 515) between antenna points (509, 511, 517) and wireless devices (501, 503) in the network area, the method comprising: receiving candidate beam information relating to a plurality of candidate beams for use in future communications between antenna points and wireless devices; and predicting which nodes of the network will require more or less transport resources than they are currently provided with, based on the candidate beam information; and allocating transport resources to one or more antenna points in the network area based on the candidate beam information. receiving candidate beam information relating to a plurality of candidate beams for use in future communications between antenna points and wireless devices; and predicting which nodes of the network will require more or less transport resources than they are currently provided with, based on the candidate beam information; and allocating transport resources to one or more antenna points in the network area based on the candidate beam information.
Key module for a key of a keyboard, wherein the key module comprises a module base, a module cover connected to the module base and a key tappet for coupling a keycap that is translucent in at least a symbol portion thereof, wherein the module base comprises at least one through-hole between a bottom section of the key module and the module cover, characterized in that the module cover comprises a portion (255; 355; 455) translucent to light from a light source, in particular a colour-changeable light source, for backlighting the symbol portion of the keycap, the translucent portion (255, 355, 455) aligned with the at least one throughhole when the module cover is coupled to the module base.
A method of lighting at least part of a space, using a light emitting diode string comprising a first LED segment and at least one further LED segment (12, 13, 14), which are connected in series, each LED segment comprising at least one LED, the LED string being powered by a rectified dimmable AC voltage, wherein the first LED segment is powered when the rectified dimmable AC voltage is above a first voltage level, and the first LED segment and the further LED segment are powered when the rectified AC voltage is above a second voltage level higher than the first voltage level, wherein the first LED segment is arranged to radiate light to a first volume of the space, and the further LED segment is arranged to radiate light to a second volume of the space, the first volume being at least partly different from the second volume, wherein, the rectified dimmable AC voltage is dimmed by an AC dimming device and therefore having the rectified dimmable AC voltage adjusted in function of the dimming ratio of the dimming device, wherein, the ratio of the properties of the light generated by the first LED segment and by the further LED segment changes with the dimming level of the rectified dimmable AC voltage, by selecting the LEDS segments to be powered in function of the level of the rectified dimmable AC voltage, and wherein an illuminated area lighting level changes with the dimming level of the rectified dimmable AC voltage.
A pneumatic tire comprising: a tread portion provided with circumferentially continuously extending main grooves and axial grooves connecting between the main grooves to form blocks, the main grooves including a zigzag crown main groove disposed on each side of the tire equator (c), and a zigzag shoulder main groove disposed axially outside each crown main groove, the axial grooves including crown axial grooves circumferentially dividing crown blocks disposed between the crown main grooves and each having a substantially hexagonal tread, and middle axial grooves circumferentially dividing middle blocks disposed between each crown main groove and the adjacent shoulder main groove and each having a substantially hexagonal tread, wherein the groove width of the middle axial grooves is more than the groove width of the crown axial grooves characterized in that the pneumatic tire is a heavy duty pneumatic tire, and the groove width of the crown main groove is less than the groove width of the shoulder main groove. a tread portion provided with circumferentially continuously extending main grooves and axial grooves connecting between the main grooves to form blocks, the main grooves including a zigzag crown main groove disposed on each side of the tire equator (c), and a zigzag shoulder main groove disposed axially outside each crown main groove, the axial grooves including crown axial grooves circumferentially dividing crown blocks disposed between the crown main grooves and each having a substantially hexagonal tread, and middle axial grooves circumferentially dividing middle blocks disposed between each crown main groove and the adjacent shoulder main groove and each having a substantially hexagonal tread, wherein the groove width of the middle axial grooves is more than the groove width of the crown axial grooves
A tablet comprising 2-[[6-[ -3-amino-1-piperidinyl]-3,4-dihydro-3-methyl-2,4-dioxo-1 -pyrimidinyl]methyl]-4-fluorobenzonitrile or a salt thereof, light anhydrous silicic acid, crystalline cellulose and hydroxypropylcellulose, wherein the content of 2-[[6-[ -3-amino-1-piperidinyl]-3,4-dihydro-3-methyl-2,4-dioxo-1 -pyrimidinyl]methyl]-4-fluorobenzonitrile under free form is 35 - 50 weight%.
A method of running add-on components in a virtual environment comprising: invoking, by an operating system (102, 202), a component proxy (106, 208) corresponding to an add-on component (112, 212), wherein the component proxy (106, 208) is included in the operating system, and wherein the add-on component provides functionalities to an existing application; associating with the virtual environment, wherein the component proxy places a remote procedure call (114, 218) to the virtual environment; determining, by the component proxy, if the virtual environment (104, 204) includes the corresponding add-on component (112, 212); if the virtual environment does not include the corresponding add-on component, then looking, by the component proxy (106, 208), for the corresponding add-on component in other virtual environments until a virtual environment including the corresponding add-on component is found; launching, by the component proxy, a component server process (108, 210) in the virtual environment if the virtual environment is determined to include the corresponding add-on component (112, 212); and establishing a communication link between the component proxy in the operating system and the component server process in the virtual environment, so that data and commands can be transferred between the operating system and the virtual environment; wherein the component server process executes the add-on component. invoking, by an operating system (102, 202), a component proxy (106, 208) corresponding to an add-on component (112, 212), wherein the component proxy (106, 208) is included in the operating system, and wherein the add-on component provides functionalities to an existing application; associating with the virtual environment, wherein the component proxy places a remote procedure call (114, 218) to the virtual environment; determining, by the component proxy, if the virtual environment (104, 204) includes the corresponding add-on component (112, 212); if the virtual environment does not include the corresponding add-on component, then looking, by the component proxy (106, 208), for the corresponding add-on component in other virtual environments until a virtual environment including the corresponding add-on component is found; launching, by the component proxy, a component server process (108, 210) in the virtual environment if the virtual environment is determined to include the corresponding add-on component (112, 212); and establishing a communication link between the component proxy in the operating system and the component server process in the virtual environment, so that data and commands can be transferred between the operating system and the virtual environment;
Method for updating a multi-domain embedded system having multiple domains used to isolate executed software applications from one another, comprising the steps of: - ascertaining an identification (dvID) of a device connected to an interface of the system; - detecting that the device is not supported by the system; - ascertaining a supporting driver name (drn) of a supporting driver which supports the device based on the identification (dvID); - ascertaining at least one affected domain (aD) based on the ascertained supporting driver name (dn); - ascertaining a configuration label (cHUcfg) of a current configuration of the system, the configuration label (cHUcfg) having a domain file list of files which are associated with the at least one affected domain (aD); - transferring the configuration label (cHUcfg) and the supporting driver name (drn) and the identification (dvID) to a configuration database; - ascertaining a new configuration label (nHUcfg) of a new configuration of the systems and a file list (fist) by means of the configuration database based on the transferred configuration label (cHUcfg) and the transferred supporting driver name (drn) and the transferred identification (dvID) as input variables, the file list (fist) defining only files of drivers of the at least one affected domain (aD) to be updated in order to migrate from the current configuration to the new configuration; - transferring binary data (bin) of the files of the drivers and the file list (fist) and the new configuration label (nHUcfg) to the system; and - updating the drivers in the system by means of the binary data (bin) and the file list (fist). - ascertaining an identification (dvID) of a device connected to an interface of the system; - detecting that the device is not supported by the system; - ascertaining a supporting driver name (drn) of a supporting driver which supports the device based on the identification (dvID); - ascertaining at least one affected domain (aD) based on the ascertained supporting driver name (dn); - ascertaining a configuration label (cHUcfg) of a current configuration of the system, the configuration label (cHUcfg) having a domain file list of files which are associated with the at least one affected domain (aD); - transferring the configuration label (cHUcfg) and the supporting driver name (drn) and the identification (dvID) to a configuration database; - ascertaining a new configuration label (nHUcfg) of a new configuration of the systems and a file list (fist) by means of the configuration database based on the transferred configuration label (cHUcfg) and the transferred supporting driver name (drn) and the transferred identification (dvID) as input variables, the file list (fist) defining only files of drivers of the at least one affected domain (aD) to be updated in order to migrate from the current configuration to the new configuration; - transferring binary data (bin) of the files of the drivers and the file list (fist) and the new configuration label (nHUcfg) to the system; and - updating the drivers in the system by means of the binary data (bin) and the file list (fist).
A wound dressing comprising a non-woven mat of gel forming fibres having an open structure reinforced with fibres of limited absorbency blended or entangled with the gel forming fibres during the formation of the mat or present as a thread or yarn stitchbonded on the mat, for use in the treatment of wounds, wherein the mat has a needle punch density of less than 60 per cm 2; and wherein the wound dressing comprises silver at a concentration in the dry wound dressing between about 0.1 weight% and about 20 weight%.
A method for extracting value-adding ingredients from plant-based ingredient carriers into a brewing liquid, wherein a suspension is produced from a fresh brewing liquid and plant-based ingredient carriers, wherein the plant-based ingredient carriers are at least partially distributed or dissolved in the suspension, wherein value-adding ingredients are transferred from the plant-based ingredient carriers into the brewing liquid, characterised by the steps a') feeding the suspension to a solid-liquid separating device; b') introducing fresh brewing liquid in-line into the suspension on its way to the solid-liquid separating device; c') separating the plant-based ingredient carriers from the suspension in the solid-liquid separating device; and d') discharging the brewing liquid enriched with value-adding ingredients from the solid-liquid separating device for further use, and e') discharging the plant-based ingredient carriers separated from the suspension in step c') from the solid-liquid separating device into a solids collection vessel. a') feeding the suspension to a solid-liquid separating device; b') introducing fresh brewing liquid in-line into the suspension on its way to the solid-liquid separating device; c') separating the plant-based ingredient carriers from the suspension in the solid-liquid separating device; and d') discharging the brewing liquid enriched with value-adding ingredients from the solid-liquid separating device for further use, and e') discharging the plant-based ingredient carriers separated from the suspension in step c') from the solid-liquid separating device into a solids collection vessel.
A carbon nanotube transistor biosensor using an aptamer, comprising: (a) a carbon nanotube transistor comprising a source, a drain, and a gate, wherein the channel domain consists of a carbon nanotube; (b) a single-stranded DNA aptamer or single-stranded RNA aptamer immobilized on the surface of said carbon nanotube for molecular recognition, and (c) a linker material to immobilize aptamers on the surface of a carbon nanotube, wherein said channel consisting of the carbon nanotube is made of a single-walled carbon nanotube having a diameter of less than 2 nm or a multi-walled carbon nanotube having a diameter of less than 50 nm. (a) a carbon nanotube transistor comprising a source, a drain, and a gate, wherein the channel domain consists of a carbon nanotube; (b) a single-stranded DNA aptamer or single-stranded RNA aptamer immobilized on the surface of said carbon nanotube for molecular recognition, and (c) a linker material to immobilize aptamers on the surface of a carbon nanotube,
Device for treating fermentation residues or mixtures of fermentation residues, having a base for supporting the fermentation residue, wherein the base is designed to be gas-permeable and wherein the base has an inlet device connectable to a pipeline for introducing a gaseous medium into the base, which is designed so that at least parts of the regions of the base are permeated by the gaseous medium for aerating the fermentation residue, wherein a heating device is switched into the pipeline for heating the gaseous medium flowing through the pipeline, characterised in that in the base there is at least one heating element whereby the fermentation residue is heated up as a result of direct heat conduction, wherein the pipeline is designed for supplying supply air.
A head mounted display for facilitating a play of a game, the head mounted display comprising: a network communications circuit for receiving, via a network, a stream of compressed interactive media generated by execution of a game program, wherein the network communications circuit is configured to receive the stream of compressed interactive media from the game cloud system without using a game console between the head mounted display and the network; a decoder configured to decode the compressed interactive media received via the network, wherein the compressed interactive media is decoded to output decoded media; and a controller configured to display images of the game on a screen of the head mounted display based on the decoded media. a network communications circuit for receiving, via a network, a stream of compressed interactive media generated by execution of a game program, wherein the network communications circuit is configured to receive the stream of compressed interactive media from the game cloud system without using a game console between the head mounted display and the network; a decoder configured to decode the compressed interactive media received via the network, wherein the compressed interactive media is decoded to output decoded media; and a controller configured to display images of the game on a screen of the head mounted display based on the decoded media.