mhurhangee/ep-ind-claims huggingface dataset:
A display device comprising: a display panel; a diffusion plate positioned behind the display panel; a reflecting sheet positioned behind the diffusion plate, the reflecting sheet having a plurality of holes; a frame positioned behind the reflecting sheet; substrates positioned between the reflecting sheet and the frame, each substrate having a plurality of light assemblies mounted on the substrate and inserted into the plurality of holes; and a support positioned between the diffusion plate and the reflecting sheet, wherein the support comprises: a base end portion placed on the reflecting sheet and elongated substantially parallel to the reflecting sheet; an elongated supporting portion, the length of the supporting portion extending in a cross direction perpendicular with respect to the length direction of the base end portion to the diffusion plate, the supporting portion being apart from the base end portion above the base end portion; and an elastic portion having two ends apart from each other, each of the ends of the elastic portion being fixed to the base end portion, wherein the supporting portion is disposed on the elastic portion such that the supporting portion is movable in the cross direction upon deformation of the diffusion plate. a display panel; a diffusion plate positioned behind the display panel; a reflecting sheet positioned behind the diffusion plate, the reflecting sheet having a plurality of holes; a frame positioned behind the reflecting sheet; substrates positioned between the reflecting sheet and the frame, each substrate having a plurality of light assemblies mounted on the substrate and inserted into the plurality of holes; and a support positioned between the diffusion plate and the reflecting sheet, wherein the support comprises: a base end portion placed on the reflecting sheet and elongated substantially parallel to the reflecting sheet; an elongated supporting portion, the length of the supporting portion extending in a cross direction perpendicular with respect to the length direction of the base end portion to the diffusion plate, the supporting portion being apart from the base end portion above the base end portion; and an elastic portion having two ends apart from each other, each of the ends of the elastic portion being fixed to the base end portion, a base end portion placed on the reflecting sheet and elongated substantially parallel to the reflecting sheet; an elongated supporting portion, the length of the supporting portion extending in a cross direction perpendicular with respect to the length direction of the base end portion to the diffusion plate, the supporting portion being apart from the base end portion above the base end portion; and an elastic portion having two ends apart from each other, each of the ends of the elastic portion being fixed to the base end portion, wherein the supporting portion is disposed on the elastic portion such that the supporting portion is movable in the cross direction upon deformation of the diffusion plate.
A system for verifying that a particular fluid supply is connected to a flow control device, wherein the flow control device acts on a fluid conduit coupled to the fluid supply to move the fluid from the fluid supply through the fluid conduit, the fluid supply and the fluid conduit forming an upstream fluid supply segment, the system comprising: a pressure sensor assigned to the flow control device and coupled to the fluid conduit at a location between the fluid supply and the flow control device, the pressure sensor for sensing pressure of the fluid conduit and providing pressure signals in response to such sensed pressure; and a processor; the system being characterized in that: the processor has a connection verification mode in which the processor is configured to: prompt an operator to induce a pressure change in the fluid conduit, monitor the pressure signals for a predetermined time period to detect the induced pressure change; prompt the operator to confirm that a pressure change has been induced if the induced pressure change is not detected within the predetermined time period; and provide a verification indication when the processor receives pressure signals indicative of the induced pressure change in the fluid conduit to thereby verify that the particular fluid supply is connected to the flow control device. a pressure sensor assigned to the flow control device and coupled to the fluid conduit at a location between the fluid supply and the flow control device, the pressure sensor for sensing pressure of the fluid conduit and providing pressure signals in response to such sensed pressure; and a processor; the processor has a connection verification mode in which the processor is configured to: prompt an operator to induce a pressure change in the fluid conduit, monitor the pressure signals for a predetermined time period to detect the induced pressure change; prompt the operator to confirm that a pressure change has been induced if the induced pressure change is not detected within the predetermined time period; and provide a verification indication when the processor receives pressure signals indicative of the induced pressure change in the fluid conduit to thereby verify that the particular fluid supply is connected to the flow control device. prompt an operator to induce a pressure change in the fluid conduit, monitor the pressure signals for a predetermined time period to detect the induced pressure change; prompt the operator to confirm that a pressure change has been induced if the induced pressure change is not detected within the predetermined time period; and provide a verification indication when the processor receives pressure signals indicative of the induced pressure change in the fluid conduit to thereby verify that the particular fluid supply is connected to the flow control device.
A method of enhancing paper strength properties, comprising treating a paper sheet precursor with a polyaluminum salt; and a strengthening agent, wherein the strengthening agent comprises a dialdehyde-modified polyacrylamide copolymer and a polyacrylamide copolymer in a molar ratio of from 40:60 to 60:40, wherein the dialdehyde-modified polyacrylamide copolymer is a cationic dialdehyde-modified polyacrylamide copolymer, and wherein the polyacrylamide copolymer is an amphoteric polyacrylamide copolymer.
A vehicle seat comprising: a seat cushion; and a seat back, the seat back comprising: a resin frame having a rear surface of which is at least partly exposed; a pad material disposed on the resin frame; a trim cover covering the pad material; and a resin hook attached to an end of the trim cover, wherein the resin frame has a turned-back end formed by turning an end of the resin frame back outward in a U shape so as to form a hollow portion having a width, the resin hook is engaged with the turned-back end, and the resin hook has a protrusion having a thickness at a leg thereof located within the hollow portion together with an end of the trim cover, the protrusion having a thickness in the direction of said width. a seat cushion; and a seat back, the seat back comprising: a resin frame having a rear surface of which is at least partly exposed; a pad material disposed on the resin frame; a trim cover covering the pad material; and a resin hook attached to an end of the trim cover, a resin frame having a rear surface of which is at least partly exposed; a pad material disposed on the resin frame; a trim cover covering the pad material; and a resin hook attached to an end of the trim cover, wherein the resin frame has a turned-back end formed by turning an end of the resin frame back outward in a U shape so as to form a hollow portion having a width, the resin hook is engaged with the turned-back end, and the resin hook has a protrusion having a thickness at a leg thereof located within the hollow portion together with an end of the trim cover, the protrusion having a thickness in the direction of said width.
Facility for producing a composite material comprising carbon nanotubes, said facility including - at least one treatment chamber, or reaction chamber, comprising means (5, 5', 5") for injecting an active gas mixture into the interior volume of said chamber, this gas mixture being intended for the growth of carbon nanotubes, - means for transporting a substrate intended to form said composite material, in the form of a sheet or strip, into the chamber, characterised in that the injection means are capable of transporting the active mixture in a first direction into said interior volume, and in that the facility also includes means (7, 7') for circulating the gas mixture, capable of transporting the active mixture in said interior volume in a second direction, different from said first direction, the circulation means being capable of adopting a first configuration of injection of the active gas mixture into the interior volume of this chamber, as well as a second configuration of extraction of the active gas mixture from said interior volume, with the understanding that preferably: said first direction is substantially perpendicular to the direction of movement of the substrate in the chamber, while said second direction is substantially parallel to the direction of movement of the substrate. - at least one treatment chamber, or reaction chamber, comprising means (5, 5', 5") for injecting an active gas mixture into the interior volume of said chamber, this gas mixture being intended for the growth of carbon nanotubes, - means for transporting a substrate intended to form said composite material, in the form of a sheet or strip, into the chamber,
A storage apparatus for receiving data frames from a network, performing a predetermined operation on the data frames received from the network, and storing the data frames on which the predetermined operation is performed into a storage medium, comprising: a network interface configured to receive the data frames from the network; a temporary memory configured to temporarily store the data frames received from the network after the predetermined operation is performed; and a controller configured to delete, in the case that the number of data frames stored in the temporary memory exceeds a predetermined number of frames, one of the received data frames in a predetermined number of data frames prior to performing the predetermined operation on the received data frames, wherein the controller is configured to increase the number of frames to be deleted in the predetermined number of frames when a predetermined period of time has passed from the start of deletion, and wherein the controller is configured to store the data frames other than the deleted data frames and on which the predetermined operation is performed in the temporary memory, the storage apparatus being further configured to store the data frames stored in the temporary memory into the storage medium. a network interface configured to receive the data frames from the network; a temporary memory configured to temporarily store the data frames received from the network after the predetermined operation is performed; and a controller configured to delete, in the case that the number of data frames stored in the temporary memory exceeds a predetermined number of frames, one of the received data frames in a predetermined number of data frames prior to performing the predetermined operation on the received data frames, wherein the controller is configured to increase the number of frames to be deleted in the predetermined number of frames when a predetermined period of time has passed from the start of deletion, and wherein the controller is configured to store the data frames other than the deleted data frames and on which the predetermined operation is performed in the temporary memory, the storage apparatus being further configured to store the data frames stored in the temporary memory into the storage medium.
A system for use in stations for road tolls, comprising a first optical apparatus for recording images of a roadway and a second apparatus for wireless communication with a vehicle apparatus, where the height above the roadway and the angle (α, β) in the lateral and the vertical direction in relation to the roadway are known for the first apparatus, and where the second apparatus can determine coordinates for the vehicle apparatus in at least two directions through its communication with the vehicle apparatus, the system in addition comprises means for being able to detect one or more number plates from an image taken using the first optical apparatus, the system further comprising means for calculating the positions of the detected number plates in three directions, further comprising means for being able to determine any associations between number plates and vehicle apparatuses by comparison between the said positions of the number plates and the said positions of the vehicle apparatuses, where the means for calculating the position of number plates utilizes an assumed height above the roadway for number plates, and where the means for making comparisons utilizes an assumed height above the roadway for the vehicle apparatus.
A capsule dispenser for bottling lines, comprising a motorized wheel with a horizontal axis, which supports a plurality of sockets provided with an open end, said sockets following one another in receiving respective capsules in a capsule loading position and expelling said capsules in a capsule releasing position, said sockets having open ends directed outward between said capsule loading position and said capsule releasing position, characterized in that it comprises a duct supplied with pressurized air, which - has an arched profile about the axis of the wheel and extends externally to the sockets between the capsule loading position and the capsule releasing position, - comprises a tube which, at a lower end, bifurcates into two branches (26, 28), between which the neck of the bottle is adapted to be inserted just before the application of the capsule, and - is provided with a plurality of holes (22a, 22b, 22c, 22d, 22e, 22f) which are directed inward in order to blow air in the direction of the open end of the sockets. - has an arched profile about the axis of the wheel and extends externally to the sockets between the capsule loading position and the capsule releasing position, - comprises a tube which, at a lower end, bifurcates into two branches (26, 28), between which the neck of the bottle is adapted to be inserted just before the application of the capsule, and - is provided with a plurality of holes (22a, 22b, 22c, 22d, 22e, 22f) which are directed inward in order to blow air in the direction of the open end of the sockets.
An ingestible composition comprising: a stabilized probiotic contained in a mixture of hydrolyzed mammalian protein, wherein the hydrolyzed protein comprises from about 10 percent to about 20 percent of the mixture components on a dry basis and at least 20% of the total hydrolyzed mammalian protein is comprised of protein having a molecular weight of less than 2000 Daltons; one or more carbohydrates; and a compound binder comprising sodium alginate. a stabilized probiotic contained in a mixture of hydrolyzed mammalian protein, wherein the hydrolyzed protein comprises from about 10 percent to about 20 percent of the mixture components on a dry basis and at least 20% of the total hydrolyzed mammalian protein is comprised of protein having a molecular weight of less than 2000 Daltons; one or more carbohydrates; and a compound binder comprising sodium alginate.
A gas blocking cable comprising: a) a plurality of wires (20a, 20b), each wire including i. a plurality of conductors having first interstitial areas there between; ii. an insulation material circumferentially surrounding the plurality of conductors; iii. a conductor filling material positioned within the first interstitial areas between the plurality of conductors; b) a shield circumferentially surrounding the plurality of wires so that a cable is formed with second areas between the plurality of wires; c) a wire filling material positioned within the second areas between the plurality of wires; d) a jacket circumferentially surrounding the shield; and e) a layer of filling material positioned in a space between the shield and the jacket; wherein each of the conductor filling material, the wire filling material and the layer of filling material is inert, non-flammable and able to withstand a temperature of at least approximately 200°C, whereby, in use, passage of a high pressure gas at a pressure of approximately 3,000 kPa (435 psi) or a high pressure fluid at a pressure of approximately 3,000 kPa (435 psi) through the first interstitial areas, the second areas, and the space between the shield and the jacket is prevented. a) a plurality of wires (20a, 20b), each wire including i. a plurality of conductors having first interstitial areas there between; ii. an insulation material circumferentially surrounding the plurality of conductors; iii. a conductor filling material positioned within the first interstitial areas between the plurality of conductors; i. a plurality of conductors having first interstitial areas there between; ii. an insulation material circumferentially surrounding the plurality of conductors; iii. a conductor filling material positioned within the first interstitial areas between the plurality of conductors; b) a shield circumferentially surrounding the plurality of wires so that a cable is formed with second areas between the plurality of wires; c) a wire filling material positioned within the second areas between the plurality of wires; d) a jacket circumferentially surrounding the shield; and e) a layer of filling material positioned in a space between the shield and the jacket;
A method of handling a patient using apparatus including an inflatable patient transfer cradle (10, 10', 10", 10"', 10"") the cradle when inflated defining a self-supporting seat structure capable of holding a patient seated in the inflated cradle in an upright sitting position for transfer; the cradle having an inflatable seat section, an inflatable back-support section, and a pair of opposed inflatable side panel sections (18, 20), each inflatable section comprising a soft-walled inflatable body which is flexible when un-inflated; the method comprising: a. positioning the un-inflated cradle about a patient with the seat section located beneath the patient's upper thigh/buttock region and the back-support section about the patient's back; b. subsequently inflating the cradle to define said seat structure about the patient; characterized in that the cradle is configured so that when inflated to define said seat structure and in an upright position, the back-support section extends upwardly from the seat section with the side panel sections (18, 20) extending between and connected to the back-support section and the seat section on respective sides to define with the back-support section a volume within which the upper body of a patient sitting on the seat section is supported and held generally upright by the back-support section and the side panel sections, the side panel sections being operative to hold the back-support section extending upwardly from the seat section to support the weight of a patient's upper body in a self-supporting manner. a. positioning the un-inflated cradle about a patient with the seat section located beneath the patient's upper thigh/buttock region and the back-support section about the patient's back; b. subsequently inflating the cradle to define said seat structure about the patient;
A communication device that is provided in a vehicle and is wirelessly communicable with a transceiver unit and with another vehicle via a predetermined channel, the communication device comprising: a reception unit configured to receive transceiver unit information including traffic-light information that the transceiver unit has transmitted to the predetermined channel; an extraction unit configured to extract the traffic-light information corresponding to a running direction of the vehicle from the transceiver unit information; a transmission unit configured to transmit vehicle information on the vehicle to the predetermined channel; a timing control unit configured to control a transmission timing of the vehicle information in such a manner that a transmission control period becomes a preset first time; and a change unit configured to change the transmission control period to a second time that is longer than the first time, when the traffic-light information with respect to the running direction of the vehicle indicates a stopping command, and a speed of the vehicle is equal to or lower than a preset speed. a reception unit configured to receive transceiver unit information including traffic-light information that the transceiver unit has transmitted to the predetermined channel; an extraction unit configured to extract the traffic-light information corresponding to a running direction of the vehicle from the transceiver unit information; a transmission unit configured to transmit vehicle information on the vehicle to the predetermined channel; a timing control unit configured to control a transmission timing of the vehicle information in such a manner that a transmission control period becomes a preset first time; and a change unit configured to change the transmission control period to a second time that is longer than the first time, when the traffic-light information with respect to the running direction of the vehicle indicates a stopping command, and a speed of the vehicle is equal to or lower than a preset speed.
A polarizing plate comprising: a polarizer; an adhesive layer formed on at least one surface of the polarizer; and an acrylic protective film formed on the adhesive layer, wherein the adhesive layer is formed of a radically curable adhesive composition, the radically curable adhesive composition comprising, based on 100 parts by weight thereof, 40 to 80 parts by weight of a first compound represented by the following Formula 1;15 to 50 parts by weight of a second compound comprising at least one carboxy group; and 0.5 to 10 parts by weight of a radical initiator, where R 1 is an ester group or an ether group, R 2 is a C 1-10 alkyl group comprising at least one hydroxy substituent or a C 4-10 cycloalkyl group comprising at least one hydroxy substituent R 3 is hydrogen or a C 1-10 alkyl group, and wherein the second compound comprises at least one selected from the group consisting of compounds represented by the following Formulas 12 to 26: where R' is and n is an integer ranging from 1 to 5 where R 1 is an ester group or an ether group, R 2 is a C 1-10 alkyl group comprising at least one hydroxy substituent or a C 4-10 cycloalkyl group comprising at least one hydroxy substituent R 3 is hydrogen or a C 1-10 alkyl group, and wherein the second compound comprises at least one selected from the group consisting of compounds represented by the following Formulas 12 to 26: where R' is and n is an integer ranging from 1 to 5