mhurhangee/ep-ind-claims huggingface dataset:
A blood analyzer comprising: a sample preparation portion configured to prepare a measurement sample by mixing a hemolyzing agent not containing a cationic surfactant, but containing a nonionic surfactant, a blood specimen, and a fluorescent dye for staining nucleic acid; a light source (233, 237) configured to irradiate the measurement sample prepared by the sample preparation portion with light; a light-receiving portion (234, 236) configured to receive fluorescence and scattered light that are produced by cells in the measurement sample when the light source irradiates the measurement sample with light to output a fluorescence signal relating to the received fluorescence and a scattered light signal relating to the received scattered light; a cell analysis portion configured to detect cells showing fluorescence intensity and scattered light intensity in a predetermined range as abnormal lymphocytes based on the fluorescence signal and the scattered light signal output by the light-receiving portion; and an output portion configured to perform output based on a result of a detection made by the cell analysis portion, characterized in that the cell analysis portion is configured to detect the cells showing fluorescence intensity and scattered light intensity in the predetermined range as abnormal lymphocytes distinguishably from blasts and atypical lymphocytes; and wherein the fluorescence intensity in the predetermined range is greater than fluorescence intensity obtained from lymphocytes and monocytes. a sample preparation portion configured to prepare a measurement sample by mixing a hemolyzing agent not containing a cationic surfactant, but containing a nonionic surfactant, a blood specimen, and a fluorescent dye for staining nucleic acid; a light source (233, 237) configured to irradiate the measurement sample prepared by the sample preparation portion with light; a light-receiving portion (234, 236) configured to receive fluorescence and scattered light that are produced by cells in the measurement sample when the light source irradiates the measurement sample with light to output a fluorescence signal relating to the received fluorescence and a scattered light signal relating to the received scattered light; a cell analysis portion configured to detect cells showing fluorescence intensity and scattered light intensity in a predetermined range as abnormal lymphocytes based on the fluorescence signal and the scattered light signal output by the light-receiving portion; and an output portion configured to perform output based on a result of a detection made by the cell analysis portion, characterized in that the cell analysis portion is configured to detect the cells showing fluorescence intensity and scattered light intensity in the predetermined range as abnormal lymphocytes distinguishably from blasts and atypical lymphocytes; and wherein the fluorescence intensity in the predetermined range is greater than fluorescence intensity obtained from lymphocytes and monocytes.
Highly abrasion-resistant tape, preferably for sheathing elongate material such as, more particularly, leads or cable looms, having a woven fabric backing to which an adhesive coating is applied on at least one side, characterized in that the fabric is composed of nylon, the yarns used to form the fabric have a linear density of 280 to 1100 dtex, and each yarn is constructed from at least 90 single filaments.
An intra-aortic balloon catheter comprising: a sensor capable of measuring a pressure by using light; an optical fiber connected to the sensor; and a distal tip having a sensor accommodating hole accommodating the sensor and a through-hole connected to the sensor accommodating hole to pass the optical fiber through, wherein filling-holes (511, 512, 513) in which one end is opened from an outer peripheral surface of the distal tip and the other end is connected to the through-hole are formed in the distal tip in a manner capable of filling the inside of the through-hole with a resin, characterised in that the inside of the through-hole and the filling-holes (511, 512, 513) is filled with the resin each of the filling-holes (511, 512, 513) is disposed at the distal tip along an axial direction of the through-hole, and an inner wall of the through-hole is fixed to the optical fiber with the resin. a sensor capable of measuring a pressure by using light; an optical fiber connected to the sensor; and a distal tip having a sensor accommodating hole accommodating the sensor and a through-hole connected to the sensor accommodating hole to pass the optical fiber through, wherein filling-holes (511, 512, 513) in which one end is opened from an outer peripheral surface of the distal tip and the other end is connected to the through-hole are formed in the distal tip in a manner capable of filling the inside of the through-hole with a resin, characterised in that the inside of the through-hole and the filling-holes (511, 512, 513) is filled with the resin each of the filling-holes (511, 512, 513) is disposed at the distal tip along an axial direction of the through-hole, and an inner wall of the through-hole is fixed to the optical fiber with the resin.
A device for sequencing a linear biomolecule using quantum tunneling, the device comprising: a substrate having a top surface; a first electrode disposed on a first portion of the top surface of the substrate; a first dielectric layer disposed on a second portion of the top surface of the substrate; a second electrode disposed on the first dielectric layer and suspended over the first electrode; and a gap defined by a top surface of the first electrode and a bottom surface of the second electrode, wherein a width of the gap corresponds to a size of the linear biomolecule such that a quantum tunneling current is transmitted between the first electrode and the second electrode when: a voltage is applied across the first electrode and the second electrode; and a part of the linear biomolecule is present in the gap. a substrate having a top surface; a first electrode disposed on a first portion of the top surface of the substrate; a first dielectric layer disposed on a second portion of the top surface of the substrate; a second electrode disposed on the first dielectric layer and suspended over the first electrode; and a gap defined by a top surface of the first electrode and a bottom surface of the second electrode, wherein a width of the gap corresponds to a size of the linear biomolecule such that a quantum tunneling current is transmitted between the first electrode and the second electrode when: a voltage is applied across the first electrode and the second electrode; and a part of the linear biomolecule is present in the gap. a voltage is applied across the first electrode and the second electrode; and a part of the linear biomolecule is present in the gap.
A packet data gateway of a home packet data network operable to communicate internet packets to and from a mobile node using an internet protocol, and to provide a communications session to the mobile node, when the mobile node is affiliated with the home packet data network, the home packet data network including a home agent of the mobile node, wherein upon receipt of a binding update internet packet providing a care of address of the mobile node following a change of affiliation from the home packet data network to a visited packet data network, said visited packet data network being operable to communicate internet packets to and from the mobile node to provide the communications session, when the mobile node is affiliated with the visited packet data network, the packet data gateway is operable to: - establish a route for the internet packets between the home agent and the mobile node via the packet data gateway, to the effect that the packet data gateway can control the communication of the internet packets from the home packet data network to the mobile node and the communication of the internet packets received from the mobile node via the visited packet data network when the mobile node is affiliated with the visited packet data network, - establish a mobile internet protocol tunnel for communicating internet packets to the mobile node in the visited network, - establish an internet protocol security tunnel between the packet data gateway and the mobile node, the mobile internet protocol tunnel being arranged to be within the internet protocol security tunnel. - establish a route for the internet packets between the home agent and the mobile node via the packet data gateway, to the effect that the packet data gateway can control the communication of the internet packets from the home packet data network to the mobile node and the communication of the internet packets received from the mobile node via the visited packet data network when the mobile node is affiliated with the visited packet data network, - establish a mobile internet protocol tunnel for communicating internet packets to the mobile node in the visited network, - establish an internet protocol security tunnel between the packet data gateway and the mobile node, the mobile internet protocol tunnel being arranged to be within the internet protocol security tunnel.
Use of a composition comprising an imide containing quaternary ammonium salt ("imide quat") for improving the water shedding performance of a fuel composition, wherein the imide quat comprises the reaction product of: a) a quaternizable compound that is the reaction product of: (i) a hydrocarbyl-substituted acylating agent, wherein the hydrocarbyl-substituent has a number average molecular weight ranging from 350 to 650, and comprises at least one polyisobutenyl succinic anhydride or polyisobutenyl succinic acid; (ii) a nitrogen containing compound having a nitrogen atom capable of reacting with said hydrocarbyl-substituted acylating agent to form an imide, and further having at least one quaternizable amino group; and b) a quaternizing agent suitable for converting the quaternizable amino group of the nitrogen containing compound to a quaternary nitrogen. a) a quaternizable compound that is the reaction product of: (i) a hydrocarbyl-substituted acylating agent, wherein the hydrocarbyl-substituent has a number average molecular weight ranging from 350 to 650, and comprises at least one polyisobutenyl succinic anhydride or polyisobutenyl succinic acid; (ii) a nitrogen containing compound having a nitrogen atom capable of reacting with said hydrocarbyl-substituted acylating agent to form an imide, and further having at least one quaternizable amino group; and (i) a hydrocarbyl-substituted acylating agent, wherein the hydrocarbyl-substituent has a number average molecular weight ranging from 350 to 650, and comprises at least one polyisobutenyl succinic anhydride or polyisobutenyl succinic acid; (ii) a nitrogen containing compound having a nitrogen atom capable of reacting with said hydrocarbyl-substituted acylating agent to form an imide, and further having at least one quaternizable amino group; and b) a quaternizing agent suitable for converting the quaternizable amino group of the nitrogen containing compound to a quaternary nitrogen.
An absorber system insertable within a fluid system, comprising: a hollow housing; a joint in fluid communication with the hollow housing; and a membrane disposed within the hollow housing such that fluid forced into the housing through the joint comes into contact with the membrane, wherein the membrane is flexible so as to absorb a shock wave from the fluid force and thus reduce the shock wave in the fluid system, wherein the membrane is a separate part contained within the housing, characterized in that the membrane is hollow and contains one or more air pockets within the thickness of the walls forming the membrane. a hollow housing; a joint in fluid communication with the hollow housing; and a membrane disposed within the hollow housing such that fluid forced into the housing through the joint comes into contact with the membrane, wherein the membrane is flexible so as to absorb a shock wave from the fluid force and thus reduce the shock wave in the fluid system, wherein the membrane is a separate part contained within the housing,
A sealed mixer, comprising: a housing provided with a mixing chamber and a material insertion port for inserting materials into the mixing chamber; a weight for pressing the materials inserted into the material insertion port toward the mixing chamber; and a shaft member which extends upward from the weight and being adapted to move upward and downward together with the weight, the weight being connected to a lower end portion of the shaft member; wherein an upper end side of the shaft member is connected to an elevating device including a hydraulic cylinder, the elevating device being adapted to move the shaft member upwardly and downwardly by utilizing extension and contraction of the hydraulic cylinder, and a reservoir adapted to store lubricant between the weight and the shaft member is formed at a part connecting the weight and the shaft member, characterized in that a lubricant supply path adapted to supply the lubricant from an outside toward the reservoir is formed in the shaft member. a housing provided with a mixing chamber and a material insertion port for inserting materials into the mixing chamber; a weight for pressing the materials inserted into the material insertion port toward the mixing chamber; and a shaft member which extends upward from the weight and being adapted to move upward and downward together with the weight, the weight being connected to a lower end portion of the shaft member; wherein an upper end side of the shaft member is connected to an elevating device including a hydraulic cylinder, the elevating device being adapted to move the shaft member upwardly and downwardly by utilizing extension and contraction of the hydraulic cylinder, and a reservoir adapted to store lubricant between the weight and the shaft member is formed at a part connecting the weight and the shaft member, characterized in that a lubricant supply path adapted to supply the lubricant from an outside toward the reservoir is formed in the shaft member.
A method of fabricating a splash shield using a continuous extrusion-injection-foaming process, characterized by comprising the following steps: introducing raw materials for a base comprising a plastic material, glass fibers, a compatibilizer and rubber into an extruder and extruding a resin mixture by melting and mixing the raw materials; conveying the extruded resin mixture in a molten state and injection-molding the extruded resin mixture into an injection mold; rotating the injection mold comprising a rotatable core portion i.e. a lower mold positioned between an injector nozzle and a foam nozzle in an open state without removing the injection-molded resin mixture from the injection mold and conveying the injection-molded resin mixture to a foaming mold; performing flame treatment on the resin mixture in the foaming mold; and foaming polyurethane on a surface of the flame-treated resin mixture, with the foaming mold closed. introducing raw materials for a base comprising a plastic material, glass fibers, a compatibilizer and rubber into an extruder and extruding a resin mixture by melting and mixing the raw materials; conveying the extruded resin mixture in a molten state and injection-molding the extruded resin mixture into an injection mold; rotating the injection mold comprising a rotatable core portion i.e. a lower mold positioned between an injector nozzle and a foam nozzle in an open state without removing the injection-molded resin mixture from the injection mold and conveying the injection-molded resin mixture to a foaming mold; performing flame treatment on the resin mixture in the foaming mold; and foaming polyurethane on a surface of the flame-treated resin mixture, with the foaming mold closed.
A fiber-reinforced thermoplastic resin filament for a 3D printer formed by impregnating a thermoplastic resin into a plurality of continuous reinforcing fibers, wherein a rate, in which absolute values of orientation angles of the reinforcing fibers with respect to an axial direction of the filament are in a range of 0 to 4 degrees, is 90% or more relative to the total.
Isolated E. coli strain deposited at the International Depositary Authority of Canada (IDAC) on June 20th 2013 and attributed accession number 200613-01.
A method of delivering or storing a plurality of nano-particles, the method comprising: providing a plurality of nano-particles, wherein providing the plurality of nano-particles comprises providing a plurality of quantum dots; forming a dispersion of the plurality of nano-particles in a medium for delivery or storage, wherein the medium is free of organic solvent; and adding a photoluminescence quantum yield (PLQY) boosting agent to the dispersion of the plurality of quantum dots in the medium, wherein adding the PLQY boosting agent comprises adding a base to the dispersion of the plurality of quantum dots in the medium. providing a plurality of nano-particles, wherein providing the plurality of nano-particles comprises providing a plurality of quantum dots; forming a dispersion of the plurality of nano-particles in a medium for delivery or storage, wherein the medium is free of organic solvent; and adding a photoluminescence quantum yield (PLQY) boosting agent to the dispersion of the plurality of quantum dots in the medium, wherein adding the PLQY boosting agent comprises adding a base to the dispersion of the plurality of quantum dots in the medium.
Autonomous industrial truck, in particular an industrial truck for picking, which for supporting the industrial truck on a carriageway has a running gear, wherein the running gear is disposed on a running gear chassis and the industrial truck has a support chassis, characterized in that the support chassis is provided with supporting means (7a-7d), wherein the support chassis relative to the running gear chassis is adjustable between a raised position in which the supporting means (7a-7d) are raised from the carriageway and a lowered position in which the supporting means (7a-7d) are lowered onto the carriageway.
Packaging and application device, comprising: - a container containing a product to be applied, - a screen, comprising a deformable material, through which the product contained in the container exits, the container comprising a bottom, the screen being able to come into contact with the bottom of the container when the product in the container has been used up, wherein the screen comprises a cellular material, the bottom of the container has a concave shape towards the screen, characterized in that the screen is able to mould itself to the shape of the bottom of the container when the product in the container has been used up. - a container containing a product to be applied, - a screen, comprising a deformable material, through which the product contained in the container exits,
Method for operating at least one first wind turbine arranged, with regard to the current wind direction, in a wind park behind a second wind turbine, including the steps of: - detecting a tower oscillation, - initiating a measure to reduce oscillation if the tower oscillation is or contains a longitudinal oscillation, and if the amplitude of the longitudinal oscillation exceeds a predefined threshold value, and the measure for reducing the oscillation comprises - that the rotational speed of the first wind turbine to the rotational speed of the second wind turbine is synchronized in such a way that the rotational speed of the first wind turbine differs from the rotational speed of the second wind turbine by at least a predefined differential rotational speed, characterized in that the predefined differential rotational speed is at least 0,2 rpm, preferably at least 0,5 rpm. - detecting a tower oscillation, - initiating a measure to reduce oscillation if the tower oscillation is or contains a longitudinal oscillation, and if the amplitude of the longitudinal oscillation exceeds a predefined threshold value, and the measure for reducing the oscillation comprises - that the rotational speed of the first wind turbine to the rotational speed of the second wind turbine is synchronized in such a way that the rotational speed of the first wind turbine differs from the rotational speed of the second wind turbine by at least a predefined differential rotational speed, - that the rotational speed of the first wind turbine to the rotational speed of the second wind turbine is synchronized in such a way that the rotational speed of the first wind turbine differs from the rotational speed of the second wind turbine by at least a predefined differential rotational speed, characterized in that the predefined differential rotational speed is at least 0,2 rpm, preferably at least 0,5 rpm.
Underwater connecting apparatus adapted for electrical and/or optical transmission comprising a flexible diaphragm (56, 84) defining a wall (64,84) of an in an axial direction extending chamber (24, 26) containing fill material, characterized by the wall (64,84) having, when the chamber (24, 26) is viewed in cross-section transverse to the axial direction, a perimeter with a non-circular profile, the non-circular profile allowing the volume of the chamber (24, 26) to change without substantially changing the length of the perimeter.