mhurhangee/ep-ind-claims huggingface dataset:
A non-halogenated plastisol composition comprising a fine particulate acrylic polymer for a plastisol, the fine particle of polymer having a specific surface area of 0.6 to 10.0 m 2 /g as determined by nitrogen-gas adsorption, wherein the oil absorption rate by linseed oil is 0.8 mL/g or less, determined by the method described in JIS K-5101; the fine particle of polymer has two or more polymer layers having different compositions concentrically from the particle center to its surface, wherein the fine particle of polymer forms a core shell type structure consisting of two layers of a core polymer and a shell polymer, or a multi-step layer type structure consisting of three or more layers; and compatibility of the polymer to a plasticizer in an inner layer close to the center is higher than that in an outer layer close to the surface of the particle, and a plasticizer, wherein the plasticizer comprises a phthalic acid diester of an aliphatic alcohol having 7 to 10 carbon atoms, which is contained in 50 wt% or more of the total plasticizers.
A diaphragm pump for receiving drive power from a motor, said pump comprising: a housing having a pumping chamber adapted to contain fluid to be pumped, a transfer chamber adapted to contain hydraulic fluid, and a hydraulic fluid reservoir; a diaphragm having a transfer chamber side and a pumping chamber side, said diaphragm being disposed between said pumping chamber and said transfer chamber and adapted for reciprocation toward and away from said pumping chamber; a piston in a cylinder in said housing adapted for reciprocation between a power stroke and a suction stroke, said cylinder forming a portion of said transfer chamber, said piston moving longitudinally in said cylinder with said cylinder having a surface with an upper portion when said pump is oriented so that said cylinder is generally horizontal; a fluid communication path for the hydraulic fluid between said hydraulic fluid reservoir and said transfer chamber and a valve in said path for selectively allowing flow of hydraulic fluid from said hydraulic fluid reservoir to said transfer chamber when said valve is open; characterized by said valve having a valve housing including a circumferential groove which is axially located so as to intersect with a valve port of said valve housing; and a vent between said transfer chamber and said hydraulic fluid reservoir, said vent comprising a longitudinal notch (116, 128) formed in the upper portion of the surface of said cylinder; wherein air in said transfer chamber is forced therefrom through said vent in said cylinder surface of said cylinder. a housing having a pumping chamber adapted to contain fluid to be pumped, a transfer chamber adapted to contain hydraulic fluid, and a hydraulic fluid reservoir; a diaphragm having a transfer chamber side and a pumping chamber side, said diaphragm being disposed between said pumping chamber and said transfer chamber and adapted for reciprocation toward and away from said pumping chamber; a piston in a cylinder in said housing adapted for reciprocation between a power stroke and a suction stroke, said cylinder forming a portion of said transfer chamber, said piston moving longitudinally in said cylinder with said cylinder having a surface with an upper portion when said pump is oriented so that said cylinder is generally horizontal; a fluid communication path for the hydraulic fluid between said hydraulic fluid reservoir and said transfer chamber and a valve in said path for selectively allowing flow of hydraulic fluid from said hydraulic fluid reservoir to said transfer chamber when said valve is open; characterized by said valve having a valve housing including a circumferential groove which is axially located so as to intersect with a valve port of said valve housing; and a vent between said transfer chamber and said hydraulic fluid reservoir, said vent comprising a longitudinal notch (116, 128) formed in the upper portion of the surface of said cylinder; wherein air in said transfer chamber is forced therefrom through said vent in said cylinder surface of said cylinder.
A display (201, 300, 400, 600, 800, 900, 1000) comprising: a pixel layer (350, 650, 850, 950, 1050) including a plurality of pixels; and a substrate (310, 410, 610, 810, 910, 1010) disposed under the pixel layer and including a first area (311, 411, 611, 711, 811, 911, 1011) on which the pixel layer is disposed, and a second area (312, 412, 612, 712, 812, 912, 1012) extending out of the pixel layer from the first area, at least a partial area of the second area being bendable, wherein the substrate includes: at least one first wiring (320, 420, 620, 761, 820, 920, 1020) electrically connected with at least one pixel of the plurality of pixels, and disposed from the first area to the second area, at least one second wiring (330, 430, 630, 762, 830, 930, 1030) disposed in the at least partial area, and electrically connected with the at least one first wiring in the second area at two ends thereof, such that the first wiring (320, 420, 620, 761, 820, 920, 1020) and the second wiring (330, 430, 630, 762, 830, 930, 1030) are doubly achieved in the at least partial area being bendable, and a wiring layer (340, 640, 740, 840, 940, 1040) including a second insulating layer (342, 642, 742, 842, 942, 1042) disposed on the second area, wherein the first wiring is disposed on a bottom surface of the second insulating layer, and the second wiring is disposed on the top surface of the second insulating layer. a pixel layer (350, 650, 850, 950, 1050) including a plurality of pixels; and a substrate (310, 410, 610, 810, 910, 1010) disposed under the pixel layer and including a first area (311, 411, 611, 711, 811, 911, 1011) on which the pixel layer is disposed, and a second area (312, 412, 612, 712, 812, 912, 1012) extending out of the pixel layer from the first area, at least a partial area of the second area being bendable, at least one first wiring (320, 420, 620, 761, 820, 920, 1020) electrically connected with at least one pixel of the plurality of pixels, and disposed from the first area to the second area, at least one second wiring (330, 430, 630, 762, 830, 930, 1030) disposed in the at least partial area, and electrically connected with the at least one first wiring in the second area at two ends thereof, such that the first wiring (320, 420, 620, 761, 820, 920, 1020) and the second wiring (330, 430, 630, 762, 830, 930, 1030) are doubly achieved in the at least partial area being bendable, and
A drug dispenser device for delivery of a drug by inhalation comprising (a) a housing (10a,10b) defining a first chamber; (b) extending from said housing and defining a second open chamber, an outlet for insertion into a body cavity of a patient; (c) provided to said first chamber of the housing, a discharge block defining a discharge block orifice; (d) receivable within the first chamber for movement therewithin, a drug discharge device, said drug discharge device having a longitudinal axis and comprising a container for storing a drug formulation to be dispensed, a discharge mechanism and a discharge channel from said container, wherein said discharge channel is receivable by said discharge block to enable discharge of said drug formulation via said discharge block orifice to said outlet; and (e) provided to the housing, at least one finger operable member (20a, 20b) moveable to apply a force directly or indirectly to the drug discharge device for movement along the longitudinal axis (H-H) towards the discharge block to actuate said discharge mechanism, wherein said housing further defines an aperture (11a, 11b) through which said at least one finger operable member in part protrudes, wherein the at least one finger operable member comprises two opposing levers, each of which pivotally connects to part of the housing and arranged to urge the discharge device towards the discharge block when the two opposing levers are squeezed together by a user, wherein said two opposing levers are coupled to each other by a coupling mechanism (21a, 21b) which comprises meshing teeth provided to each of the two opposing levers characterised in that the at least one finger operable member is moveable from a rest position (figure 7) in which the at least one finger operable member acts to block off said aperture to an actuating position (figure 8) in which the aperture is unblocked and through which air may be drawn into the housing in response to patient inhalation through the outlet. (a) a housing (10a,10b) defining a first chamber; (b) extending from said housing and defining a second open chamber, an outlet for insertion into a body cavity of a patient; (c) provided to said first chamber of the housing, a discharge block defining a discharge block orifice; (d) receivable within the first chamber for movement therewithin, a drug discharge device, said drug discharge device having a longitudinal axis and comprising a container for storing a drug formulation to be dispensed, a discharge mechanism and a discharge channel from said container, wherein said discharge channel is receivable by said discharge block to enable discharge of said drug formulation via said discharge block orifice to said outlet; and (e) provided to the housing, at least one finger operable member (20a, 20b) moveable to apply a force directly or indirectly to the drug discharge device for movement along the longitudinal axis (H-H) towards the discharge block to actuate said discharge mechanism,
A portable communication device for use in supporting voice and/or data communication, said portable communication device comprising: a housing; a device battery disposed within said housing; a processor disposed at least partially within said housing; and an interface connector disposed at said housing and coupled to said processor, said interface connector configured to couple to a module; the portable communication device further comprising a back panel removably coupled to said housing such that the module is coupleable to said portable communication device in place of said back panel when said back panel is uncoupled from said housing, said module configured to provide at least one accessory function, wherein said processor is configured to communicate, through said interface connector, via a plurality of communication protocols and to select at least one of the plurality of communication protocols based on the module coupled to said interface connector; and wherein the processor is further configured to: determine if the module includes at least one battery, and when the at least one battery is included, present to the user a section to permit the user to select one of the device battery and the at least one battery of the module to power the portable communication device. a housing; a device battery disposed within said housing; a processor disposed at least partially within said housing; and an interface connector disposed at said housing and coupled to said processor, said interface connector configured to couple to a module; the portable communication device further comprising a back panel removably coupled to said housing such that the module is coupleable to said portable communication device in place of said back panel when said back panel is uncoupled from said housing, said module configured to provide at least one accessory function, wherein said processor is configured to communicate, through said interface connector, via a plurality of communication protocols and to select at least one of the plurality of communication protocols based on the module coupled to said interface connector; and wherein the processor is further configured to: determine if the module includes at least one battery, and when the at least one battery is included, present to the user a section to permit the user to select one of the device battery and the at least one battery of the module to power the portable communication device. determine if the module includes at least one battery, and when the at least one battery is included, present to the user a section to permit the user to select one of the device battery and the at least one battery of the module to power the portable communication device.
A superconductive multi-phase, fluid-cooled cable system (100; 200; 400; 500) comprising a) a cable (101; 201; 401; 501) comprising at least three electrical conductors constituting at least two electrical phases (113; 213; 413; 513) and a zero- or neutral conductor (114; 214), at least one of said electrical conductors comprising superconductive material, said electrical conductors being mutually electrically insulated from each other, at least two of said electrical conductors being concentrically arranged around each other separated by an electrical insulation, said zero- or neutral conductor forming a common electrical return conductor, and b) a thermal insulation (116; 216; 416; 516) defining a central longitudinal axis and surrounding the cable, where at least a part of said superconductive material is present in the form of superconductive tapes, each electrical phase conductor (113; 213; 413; 513) comprises two or more layers of said superconductive tapes, in each of the electrical phase conductors (113; 213; 413; 513) these layers are organized into one or more groups, each of said groups comprising one or more layers of superconductive tapes arranged with the same pitch direction designated "S" or "Z", where Z refers to a "right-hand" winding and S to a "left-hand" winding of the superconductive tapes, characterized in that wherein at least one of the electrical phase conductors (113; 213; 413; 513) has a last group of superconductive tapes having the opposite pitch direction from the first group and wherein the superconductive tapes in a first group in each of the electrical phase conductors (113; 213; 413; 513) are stranded with the same pitch direction. a) a cable (101; 201; 401; 501) comprising at least three electrical conductors constituting at least two electrical phases (113; 213; 413; 513) and a zero- or neutral conductor (114; 214), at least one of said electrical conductors comprising superconductive material, said electrical conductors being mutually electrically insulated from each other, at least two of said electrical conductors being concentrically arranged around each other separated by an electrical insulation, said zero- or neutral conductor forming a common electrical return conductor, and b) a thermal insulation (116; 216; 416; 516) defining a central longitudinal axis and surrounding the cable,
System, comprising a cutting device (16, 16') for cutting a towed array sonar, wherein the cutting device (16, 16') comprises a first cutter for cutting the towed array sonar, wherein (a) the cutting device (16, 16') comprises a second cutter for cutting the towed array sonar, (b) wherein the second cutter is arranged spaced apart at a predetermined distance from the first cutter; characterized in that the cutting device (16, 16') contains one or more sensor devices for obtaining information about the position of at least one of the cutting blades, wherein the sensor devices comprise a connection for connecting to an operating unit of the cutting device (16, 16') for providing the information for the operating unit, wherein the operating unit comprises a connection to the cutters for activating the cutters on the basis of the information of the sensor devices or as a result of control by an operator. (a) the cutting device (16, 16') comprises a second cutter for cutting the towed array sonar, (b) wherein the second cutter is arranged spaced apart at a predetermined distance from the first cutter;
Method for the fluorination of plastics, in which the plastic articles to be fluorinated are introduced into the non evacuable reaction chamber of an apparatus for the fluorination of plastics and subjected to a gas-phase fluorination, using a fluorine-containing gas mixture of pre-determined composition comprising fluorine gas or a fluorinating agent and one or more inert gases in which the gas-phase fluorination is carried out at atmospheric pressure in the reaction chamber, and characterized the following way: - a flushing using an inert flushing gas is carried out before the gas-phase fluorination, for complete or partial removal of atmospheric oxygen from the reaction chamber, flushing being effected at atmospheric pressure in the reaction chamber; - and the compositions of the amounts flowing away from the chamber are analytically monitored, and the analytical values obtained this way are used to control the metering and flushing times at pre-determined flow rates of the gas mixture metered in and of the inert flushing gas; and in that: the apparatus for the fluorination of plastics, comprises said non evacuable reaction chamber (1; 10; 17) and a cover, and on an entrance side, metering valves V0, V1, V2 for air, inert gas and gas mixture comprising fluorine and one or more inert gases, and comprises a release valve V3 and a flow-through/shut-off valve V4 being arranged in an exhaust gas line of the reaction chamber, a rotating drum having a perforated circumferential drum surface being arranged in the reaction chamber. - a flushing using an inert flushing gas is carried out before the gas-phase fluorination, for complete or partial removal of atmospheric oxygen from the reaction chamber, flushing being effected at atmospheric pressure in the reaction chamber; - and the compositions of the amounts flowing away from the chamber are analytically monitored, and the analytical values obtained this way are used to control the metering and flushing times at pre-determined flow rates of the gas mixture metered in and of the inert flushing gas;
An apparatus for calibrating a light-field acquisition system, wherein a volume in an object space of the light-field acquisition system occupied by a set of rays of light passing through a pupil of said light-field acquisition system and a conjugate of at least one pixel of a sensor of said light-field acquisition system in the object space of the light-field acquisition system in a direction normal to a surface of the pupil, is called a pixel beam, such a pixel beam being represented by a first ray of light passing through a centre of said pixel of the sensor of said light-field acquisition system and a centre of said pupil, and a second ray of light passing through two points belonging to a surface of said pixel beam, a first point of said second ray belonging to a sensor plane of the light-field acquisition system and a second point of said second belonging to a pupil plane, said apparatus comprising a processor configured to - computing, in an image space of the light-field acquisition system, parameters defining said first ray of light and said second ray of light based at least on coordinates of the centre of said pixel, coordinates of the centre of said pupil and coordinates of at least two said two points defining the second ray of light; - computing parameters of the conjugates of the first ray of light and the second ray of light in an object space of the light-field acquisition system, by rotating around the conjugate of the first ray of light, which constitute calibration data for the light-field acquisition system. - computing, in an image space of the light-field acquisition system, parameters defining said first ray of light and said second ray of light based at least on coordinates of the centre of said pixel, coordinates of the centre of said pupil and coordinates of at least two said two points defining the second ray of light; - computing parameters of the conjugates of the first ray of light and the second ray of light in an object space of the light-field acquisition system, by rotating around the conjugate of the first ray of light, which constitute calibration data for the light-field acquisition system.
A high-pressure fuel supply device for an internal combustion engine comprising: a high-pressure fuel pump including an intake valve, a plunger rod which is formed as a separate element from the intake valve, an elastic member which biases the plunger rod in a valve-opening direction of the intake valve, and a solenoid which draws the plunger rod in a valve-closing direction of the intake valve when supplied with electricity; and a control device including a first control unit which applies a first current to the solenoid to close the intake valve, and a second control unit which applies a second current to the solenoid before the plunger rod collides with the intake valve due to biasing force of the elastic member, wherein the control device further comprises a position detecting unit which detects a position of the plunger rod based on a measured value of a current or a voltage of the solenoid, and the second control unit applies the second current to the solenoid before a position of the plunger rod reaches a collision position indicating a position where the plunger rod and the intake valve collide with each other. a high-pressure fuel pump including an intake valve, a plunger rod which is formed as a separate element from the intake valve, an elastic member which biases the plunger rod in a valve-opening direction of the intake valve, and a solenoid which draws the plunger rod in a valve-closing direction of the intake valve when supplied with electricity; and a control device including a first control unit which applies a first current to the solenoid to close the intake valve, and a second control unit which applies a second current to the solenoid before the plunger rod collides with the intake valve due to biasing force of the elastic member, wherein the control device further comprises a position detecting unit which detects a position of the plunger rod based on a measured value of a current or a voltage of the solenoid, and the second control unit applies the second current to the solenoid before a position of the plunger rod reaches a collision position indicating a position where the plunger rod and the intake valve collide with each other.