mhurhangee/patent-ind-claim-en huggingface dataset:
A cross-linkable nitrile rubber composition comprising a highly saturated nitrile rubber (A) containing α,β-ethylenically unsaturated nitrile monomer units in a ratio of 5 to 50 wt% and having an iodine value of 120 or less, a polysaccharide polymer staple fiber (B) having an average fiber diameter of 1 μm or less and an average fiber length of 1 to 10 μm, and a cross-linking agent (C), wherein the highly saturated nitrile rubber (A) further containing carboxyl group-containing monomer units, and a ratio of content of the polysaccharide polymer staple fiber (B) is 0.5 to 30 parts by weight with respect to 100 parts by weight of the highly saturated nitrile rubber (A). a highly saturated nitrile rubber (A) containing α,β-ethylenically unsaturated nitrile monomer units in a ratio of 5 to 50 wt% and having an iodine value of 120 or less, a polysaccharide polymer staple fiber (B) having an average fiber diameter of 1 μm or less and an average fiber length of 1 to 10 μm, and a cross-linking agent (C), wherein the highly saturated nitrile rubber (A) further containing carboxyl group-containing monomer units, and a ratio of content of the polysaccharide polymer staple fiber (B) is 0.5 to 30 parts by weight with respect to 100 parts by weight of the highly saturated nitrile rubber (A).
Injection-molding device with a holding device for a central mold part in an injection-molding machine with a base , which is mounted displaceable in the longitudinal direction (x) of the injection-molding machine in a manner supported via first mounting blocks in the vertical direction (z) with respect to the machine bed of the injection-molding machine, characterized in that the base is mounted displaceable in the longitudinal direction (x) of the injection-molding machine in a manner supported via second mounting blocks in the circumferential direction with respect to the machine bed of the injection-molding machine.
A fuel injector (100; 200) for an internal combustion engine, the fuel injector being installable in a cylinder head bore of a cylinder head of the engine; the fuel injector comprising: a body region (B) arranged to be received within the cylinder head bore, and a head region (H) arranged to extend outside the cylinder head bore to protrude from the cylinder head when the injector is installed in the cylinder head bore; a first valve needle arranged to control the injection of a gaseous fuel from a first outlet; a second valve needle slidably received within the first valve needle and arranged to control the injection of a liquid fuel from a second outlet; wherein injection of the gaseous fuel is independent of injection of the liquid fuel; a gaseous fuel inlet for admitting the gaseous fuel to the injector; and a liquid fuel inlet for admitting the liquid fuel to the injector; characterised in that the gaseous fuel inlet is disposed in the body region (B) of the injector, and wherein the liquid fuel inlet is disposed in the head region (H) of the injector above first and second control valves disposed between the liquid fuel inlet and the gaseous fuel inlet . a body region (B) arranged to be received within the cylinder head bore, and a head region (H) arranged to extend outside the cylinder head bore to protrude from the cylinder head when the injector is installed in the cylinder head bore; a first valve needle arranged to control the injection of a gaseous fuel from a first outlet; a second valve needle slidably received within the first valve needle and arranged to control the injection of a liquid fuel from a second outlet; wherein injection of the gaseous fuel is independent of injection of the liquid fuel; a gaseous fuel inlet for admitting the gaseous fuel to the injector; and a liquid fuel inlet for admitting the liquid fuel to the injector; characterised in that the gaseous fuel inlet is disposed in the body region (B) of the injector, and wherein the liquid fuel inlet is disposed in the head region (H) of the injector above first and second control valves disposed between the liquid fuel inlet and the gaseous fuel inlet .
Method for controlling a display of an augmented-reality head-up display for a means of transportation , comprising the steps of: - determining at least one safety-relevant parameter (P), wherein the at least one safety-relevant parameter (P) is a distance (d) of the means of transportation from a target element or a time (t) until collision with the target element ; and - adapting an intensity of a display element , which is intended to be presented by the augmented-reality head-up display and is positioned at the position of the target element perpendicular to the road surface, in dependence on the at least one safety-relevant parameter (P), wherein the intensity is reduced as the distance (d) of the means of transportation from the target element decreases or the time (t) until collision with the target element decreases, characterized in that an opacity of the display element is set and a surface portion of the display element occupied by image elements is adapted, wherein the presented display elements are reduced to contour lines. - determining at least one safety-relevant parameter (P), wherein the at least one safety-relevant parameter (P) is a distance (d) of the means of transportation from a target element or a time (t) until collision with the target element ; and - adapting an intensity of a display element , which is intended to be presented by the augmented-reality head-up display and is positioned at the position of the target element perpendicular to the road surface, in dependence on the at least one safety-relevant parameter (P), wherein the intensity is reduced as the distance (d) of the means of transportation from the target element decreases or the time (t) until collision with the target element decreases, characterized in that an opacity of the display element is set and a surface portion of the display element occupied by image elements is adapted, wherein the presented display elements are reduced to contour lines.
An aircraft for monitoring a scene, the aircraft comprising: one or more sensors arranged to gather a sequence of images; and one or more processors configured to: predefine a region of interest to be tracked, said region of interest comprising a portion of said scene; track said region of interest in the sequence of images and crop each image to contain only the region of interest; select a particular cropped image in the sequence; select a set of cropped images from the sequence, the set of cropped images comprising one or more cropped images that precede the particular image in the sequence of cropped images; and for each pixel in the region of interest in the particular cropped image , determine a value for one or more parameters; for each pixel in the region of interest of each cropped image in the set of cropped images, determine a value for the one or more parameters; and compare a function of the determined values for the region of interest in the particular cropped image to a further function of the determined values for the regions of interest in the cropped images in the set of cropped images, so as to detect if a change has occurred within said region of interest , and provide and store an output indicating the detection of such change. one or more sensors arranged to gather a sequence of images; and one or more processors configured to: predefine a region of interest to be tracked, said region of interest comprising a portion of said scene; track said region of interest in the sequence of images and crop each image to contain only the region of interest; select a particular cropped image in the sequence; select a set of cropped images from the sequence, the set of cropped images comprising one or more cropped images that precede the particular image in the sequence of cropped images; and for each pixel in the region of interest in the particular cropped image , determine a value for one or more parameters; predefine a region of interest to be tracked, said region of interest comprising a portion of said scene; track said region of interest in the sequence of images and crop each image to contain only the region of interest; select a particular cropped image in the sequence; select a set of cropped images from the sequence, the set of cropped images comprising one or more cropped images that precede the particular image in the sequence of cropped images; and for each pixel in the region of interest in the particular cropped image , determine a value for one or more parameters; for each pixel in the region of interest of each cropped image in the set of cropped images, determine a value for the one or more parameters; and compare a function of the determined values for the region of interest in the particular cropped image to a further function of the determined values for the regions of interest in the cropped images in the set of cropped images, so as to detect if a change has occurred within said region of interest , and provide and store an output indicating the detection of such change.
Dispersion containing a dispersed phase comprising drops and a continuous aqueous phase, preferably in the form of a gel, in which the drops comprise a fatty phase containing at least one gelling agent and a shell, wherein the shell comprises at least one anionic polymer and at least one cationic polymer, said dispersion being different from a composition comprising: 32.312% by weight of water, 0.8% by weight of phenoxyethanol, 2% by weight of pentyleneglycol, 0.25% by weight of carbomer, 24.57% by weight of glycerin, 0.03% by weight of disodium EDTA, 0.038% by weight of sodium hydroxide, 12.8% by weight of dimethicone (and) dimethicone/vinyl dimethicone crosspolymer, 27% by weight of dimethicone and 0.2% by weight of amodimethicone in relation to the total weight of the composition.
A nebuliser suitable for delivering a medicament comprising: a housing having a reservoir for the medicament; an aerosol generator that can be supplied with the medicament from the reservoir , wherein, in use, the generator aerosolizes at least a portion of the medicament into an aerosol; an air venting inlet to permit air to enter the nebuliser and form a mixture with the aerosol, the gas venting inlet being located in close proximity to the aerosol generator ; a passage through which the mixture of the aerosol and air is delivered to an outlet port of the nebuliser; wherein the medicament is supplied from the reservoir to the aerosol generator by gravitational flow, and wherein the reservoir is a medication cup for liquid medicament having an upper inlet covered by a releasable transparent cap and a lower outlet to which the medicament flows by gravity, the medication cup having a lower conical portion to promote the flow of medicament to the outlet. a housing having a reservoir for the medicament; an aerosol generator that can be supplied with the medicament from the reservoir , wherein, in use, the generator aerosolizes at least a portion of the medicament into an aerosol; an air venting inlet to permit air to enter the nebuliser and form a mixture with the aerosol, the gas venting inlet being located in close proximity to the aerosol generator ; a passage through which the mixture of the aerosol and air is delivered to an outlet port of the nebuliser; wherein the medicament is supplied from the reservoir to the aerosol generator by gravitational flow, and wherein the reservoir is a medication cup for liquid medicament having an upper inlet covered by a releasable transparent cap and a lower outlet to which the medicament flows by gravity, the medication cup having a lower conical portion to promote the flow of medicament to the outlet.
A wellbore flow control system, comprising: a production tubular member configured to run into a wellbore formed from a terranean surface and into a subterranean formation ; a plurality of autonomous inflow control valves "AICVs" positioned on the production tubular member, each of the plurality of AICVs controllable based on at least one of a density or a viscosity of a formation fluid ; and a plurality of sliding sleeves mounted in the production tubular member, each of the plurality of sliding sleeves mounted near a set of AICVs of the plurality of AICVs, each of the plurality of sliding sleeves controllable based on a wellbore drawdown pressure to fluidly couple or fluidly decouple an inner volume of the production tubular member with the subterranean formation through at least one of the particular set of AICVs. a production tubular member configured to run into a wellbore formed from a terranean surface and into a subterranean formation ; a plurality of autonomous inflow control valves "AICVs" positioned on the production tubular member, each of the plurality of AICVs controllable based on at least one of a density or a viscosity of a formation fluid ; and a plurality of sliding sleeves mounted in the production tubular member, each of the plurality of sliding sleeves mounted near a set of AICVs of the plurality of AICVs, each of the plurality of sliding sleeves controllable based on a wellbore drawdown pressure to fluidly couple or fluidly decouple an inner volume of the production tubular member with the subterranean formation through at least one of the particular set of AICVs.
A ride-on floor stripping machine for removing floor covering from a floor surface ; the floor stripping machine comprising: (a) a base ; (b) a motor secured to the base ; (c) a rear wheel arrangement driven by the motor ; (d) a seat for an operator mounted on the base ; (e) a blade assembly secured to a remaining portion of the machine ; and wherein the base slopes at a downward angle extending from forward of the rear wheel arrangement in a direction toward the blade assembly , as measured from the floor surface, and a caster wheel supporting the base , characterized by the base sloping at the downward angle from forward of the rear wheel arrangement to the caster wheel . (a) a base ; (b) a motor secured to the base ; (c) a rear wheel arrangement driven by the motor ; (d) a seat for an operator mounted on the base ; (e) a blade assembly secured to a remaining portion of the machine ; and a caster wheel supporting the base , characterized by the base sloping at the downward angle from forward of the rear wheel arrangement to the caster wheel .
An implant for use in delivering at least one therapeutic agent to a target, comprising: (a) an implant, preferably capable of radial expansion; and (b) a coating layer, wherein the coating layer is formulated with at least one polymer-free excipient and at least one therapeutic agent, wherein the at least one therapeutic agent is an antiproliferative agent, wherein the coating layer is applied to the implant surface, wherein the polymer-free excipient is a non-polymer, linear, branched or cyclic, saturated or unsaturated fatty alcohol or fatty aldehyde, and wherein the formulation of the coating layer comprises from 60 to 95% by weight of the at least one therapeutic agent and 5 to 40% by weight of the at least one polymer-free excipient. (a) an implant, preferably capable of radial expansion; and (b) a coating layer, wherein the coating layer is formulated with at least one polymer-free excipient and at least one therapeutic agent, wherein the at least one therapeutic agent is an antiproliferative agent, wherein the coating layer is applied to the implant surface, wherein the polymer-free excipient is a non-polymer, linear, branched or cyclic, saturated or unsaturated fatty alcohol or fatty aldehyde, and wherein the formulation of the coating layer comprises from 60 to 95% by weight of the at least one therapeutic agent and 5 to 40% by weight of the at least one polymer-free excipient.
A portable decontamination device for carrying out contamination-causing works at an object , which device comprises: - an at least partially transparent, rigid frame that circumscribes a substantially hermetic working room , and having an object receiving opening , via which opening said frame is configured for being placed over the object ; - at least one closable material opening that leads to the working room , designed for a hermetical connection thereto of a material packaging , outside the working room ; - one air inlet that leads to the working room , for supplying ambient air to the working room ; - at least one air suction connection that leads to the working room , for suction of air from the working room ; and - at least two handling cavities that lead to the working room , designed for a hermetical connection thereto of airtight handling gloves 26, for carrying out works at the object within the working room ; characterized in that said decontamination device comprises an air pressure sensor connection , an air contamination sensor connection, and a registration connection , which connections lead to the working room 5. - an at least partially transparent, rigid frame that circumscribes a substantially hermetic working room , and having an object receiving opening , via which opening said frame is configured for being placed over the object ; - at least one closable material opening that leads to the working room , designed for a hermetical connection thereto of a material packaging , outside the working room ; - one air inlet that leads to the working room , for supplying ambient air to the working room ; - at least one air suction connection that leads to the working room , for suction of air from the working room ; and - at least two handling cavities that lead to the working room , designed for a hermetical connection thereto of airtight handling gloves 26, for carrying out works at the object within the working room ;
An adapter configured to hold a flip-top vial , the vial comprising a body and a lid , the body of the vial having a base and a sidewall extending therefrom, the body defining an interior comprising a product space configured for housing at least one product and having an opening leading to the interior , the lid configured to be attached to the sidewall by a hinge , the adapter comprising: a receiving portion having an opening configured to receive the body characterized in that said adapter further comprises a base portion extending from the receiving portion , the base portion having a shelf portion proximate the opening , the shelf portion being configured to engage the lid of the vial when the lid is in a predetermined opened position in order to maintain the lid in the predetermined opened position with respect to the body . a receiving portion having an opening configured to receive the body characterized in that said adapter further comprises a base portion extending from the receiving portion , the base portion having a shelf portion proximate the opening , the shelf portion being configured to engage the lid of the vial when the lid is in a predetermined opened position in order to maintain the lid in the predetermined opened position with respect to the body .
A DC relay including a pair of fixed contacts fixedly installed on one side of a frame, a movable contact movably installed below the pair of fixed contacts and brought into contact with the pair of fixed contacts or separated therefrom, an insulating plate installed below the movable contact , and a contact spring provided between the movable contact and the insulating plate , the DC relay comprising: a plate installed below the insulating plate and having a through hole formed in a central portion thereof; a fixed core inserted from above the plate (20 through the through hole and having a shaft hole formed at the center thereof; an anti-noise pad provided between the fixed core and the insulating plate ; a movable core installed to be linearly movable below the fixed core ; and a shaft installed to penetrate through the through hole and having an upper end fixed to the movable contact and a lower end coupled to the movable core , wherein an installation recess allowing the anti-noise pad to be partially inserted therein is formed below the insulating plate , wherein a height of the anti-noise pad is formed to be longer than a depth of the installation recess , wherein the anti-noise pad is formed to have an area larger than an upper surface of the fixed core and is characterised in that the anti-noise pad is formed of dual materials, an upper portion of the anti-noise pad is formed of hard rubber and a lower portion of the anti-noise pad is formed of soft rubber. a plate installed below the insulating plate and having a through hole formed in a central portion thereof; a fixed core inserted from above the plate (20 through the through hole and having a shaft hole formed at the center thereof; an anti-noise pad provided between the fixed core and the insulating plate ; a movable core installed to be linearly movable below the fixed core ; and a shaft installed to penetrate through the through hole and having an upper end fixed to the movable contact and a lower end coupled to the movable core , wherein an installation recess allowing the anti-noise pad to be partially inserted therein is formed below the insulating plate , wherein a height of the anti-noise pad is formed to be longer than a depth of the installation recess , wherein the anti-noise pad is formed to have an area larger than an upper surface of the fixed core and is characterised in that the anti-noise pad is formed of dual materials, an upper portion of the anti-noise pad is formed of hard rubber and a lower portion of the anti-noise pad is formed of soft rubber.
A consumer product comprising a container and at least one water-soluble unit dose article contained therein; wherein said container comprises; - a base , - an opening positioned opposite to the base ; and - at least one wall extending vertically from said base to said opening , wherein said at least one wall terminates in an upper edge of said at least one wall , and wherein said wall comprises an inner surface and an outer surface ; and - wherein said base and the at least one wall define an internal compartment wherein the internal compartment is accessible from the opening ; - a lid able to move from an open to closed position via at least one hinge and wherein when in the closed position covers the opening ; wherein, the container comprises at least one locking means , wherein the locking means comprises a lid component , located on or within the lid and a wall component , wherein the interaction of the lid component and the wall component results in the locking means being engaged and the lid being secured in a locked position, characterised in that , the wall component comprises a support member extending from the upper edge of the at least one wall or the inner surface of the at least one wall , and a hook member ; and wherein, when the lid is in a closed position, the hook member engages the lid component such that only application of force to the hook member will disengage the wall component from the lid component ; and wherein the hook member extends from the support member towards the interior of the container ; and wherein disengaging the wall component from the lid component requires application of force to the hook member wherein the application of force is in the direction towards the inner surface . - a base , - an opening positioned opposite to the base ; and - at least one wall extending vertically from said base to said opening , wherein said at least one wall terminates in an upper edge of said at least one wall , and wherein said wall comprises an inner surface and an outer surface ; and - wherein said base and the at least one wall define an internal compartment wherein the internal compartment is accessible from the opening ; - a lid able to move from an open to closed position via at least one hinge and wherein when in the closed position covers the opening ;