mhurhangee/patent-ind-claim-en huggingface dataset:
Transport ventilator characterized by comprising: a monobloc body with at least one medical oxygen inlet ; at least one compressed air inlet , and at least one ambient air inlet ; at least one selector valve integrated to the monobloc body and adapted to allow, selectively, the passage of medical oxygen or compressed air; a venturi system, internal to the monobloc body, that includes an injector nozzle and a venturi tube , the injector nozzle receiving the medical oxygen or the compressed air passing through the selector valve and generating a jet towards the venturi tube , the jet dragging ambient air through the ambient air inlet to generate a mixture of gases to be ventilated to a patient; a fraction of inspired oxygen sensor that measures the concentration of oxygen in the gas mixture; and an electronic control system that controls the selector valve to allow the passage of medical oxygen or compressed air based on the oxygen concentration measured by the fraction of inspired oxygen sensor . a monobloc body with at least one medical oxygen inlet ; at least one compressed air inlet , and at least one ambient air inlet ; at least one selector valve integrated to the monobloc body and adapted to allow, selectively, the passage of medical oxygen or compressed air; a venturi system, internal to the monobloc body, that includes an injector nozzle and a venturi tube , the injector nozzle receiving the medical oxygen or the compressed air passing through the selector valve and generating a jet towards the venturi tube , the jet dragging ambient air through the ambient air inlet to generate a mixture of gases to be ventilated to a patient; a fraction of inspired oxygen sensor that measures the concentration of oxygen in the gas mixture; and an electronic control system that controls the selector valve to allow the passage of medical oxygen or compressed air based on the oxygen concentration measured by the fraction of inspired oxygen sensor .
A foam-molded product, comprising a foam layer, and a skin layer covering the foam layer, wherein a maximum diameter of bubbles in the foam layer is 0.20 mm or less; and the foam-molded product is formed from a resin material comprising a foaming agent and at least one resin selected from the group consisting of a polypropylene-based resin, a composite polypropylene-based resin and an acrylonitrile-butadiene-styrene copolymer resin, the resin material comprising a polypropylene resin having a branched chain, characterized in that the content of the polypropylene resin having a branched chain is 4% by mass or more with respect to the total amount of the resin material. a maximum diameter of bubbles in the foam layer is 0.20 mm or less; and the foam-molded product is formed from a resin material comprising a foaming agent and at least one resin selected from the group consisting of a polypropylene-based resin, a composite polypropylene-based resin and an acrylonitrile-butadiene-styrene copolymer resin, the resin material comprising a polypropylene resin having a branched chain, characterized in that the content of the polypropylene resin having a branched chain is 4% by mass or more with respect to the total amount of the resin material.
Dental restoration cementing assembly, comprising a dental restoration with a closable axial passage , and a base adapted to extend into the passage of the dental restoration and having a hollow interior opened into an occlusal direction , and further comprising a dental restoration cementing device (1; 10) for cementing the dental restoration to the base comprising a body portion (11; 110) dimensioned to tightly fit into the hollow interior of the base via the passage of the dental restoration , and a hollow cementing portion (12; 120) extending from the body portion (11; 110), wherein the cementing portion (12; 120) has a lateral opening (121; 1210) which is located outside the base when the body portion (11; 110) is fitted into the hollow interior of the base such that a pathway is formed from the interior of the cementing portion (12; 120) through the lateral opening (121; 1210) into a gap between the dental restoration and the base .
An electronic device comprising: a housing , said housing comprising: a plurality of metallic material portions (M, M1, M2, M3) formed from at least one metallic member, said metallic portions (M, M1, M2, M3) disposed on an outer side of a side wall (F3) of the housing, and separated from each other by a gap (G, 411a); and a synthetic resin material portion (R, 413a), the synthetic resin joined and injection molded to at least a part of the at least one metallic material portion (M, M1, M2, M3) to fill the gap (G, 411a); and wherein a sealing resin is further disposed between an inner joint portion (B) of the metallic material portions (M, M1, M2, M3) and the synthetic resin material portion (R) and the plurality of metallic material portions are mechanically connected to each other through the synthetic resin material portion (R) and at least one of the plurality of metallic material portions is configured to form an antenna module . a housing , said housing comprising: a plurality of metallic material portions (M, M1, M2, M3) formed from at least one metallic member, said metallic portions (M, M1, M2, M3) disposed on an outer side of a side wall (F3) of the housing, and separated from each other by a gap (G, 411a); and a synthetic resin material portion (R, 413a), the synthetic resin joined and injection molded to at least a part of the at least one metallic material portion (M, M1, M2, M3) to fill the gap (G, 411a); and wherein a sealing resin is further disposed between an inner joint portion (B) of the metallic material portions (M, M1, M2, M3) and the synthetic resin material portion (R) and the plurality of metallic material portions are mechanically connected to each other through the synthetic resin material portion (R) and at least one of the plurality of metallic material portions is configured to form an antenna module .
A firebrick for a stove having a combustion chamber , the firebrick comprising: an air supply path for delivering a tertiary airflow to the combustion chamber, and wherein the air supply path comprises an air mixing formation for inducing swirling in the delivered tertiary airflow for promoting burning of smoke particles in the combustion chamber , characterised in that the air mixing formation is provided by a spiral channel formed integrally into the firebrick for guiding the tertiary airflow. an air supply path for delivering a tertiary airflow to the combustion chamber, and wherein the air supply path comprises an air mixing formation for inducing swirling in the delivered tertiary airflow for promoting burning of smoke particles in the combustion chamber , characterised in that the air mixing formation is provided by a spiral channel formed integrally into the firebrick for guiding the tertiary airflow.
A safety airbag device , comprising: a safety airbag , having an inflated state and a stowed state; a gas generator, used to generate gas to inflate the safety airbag so that the safety airbag enters the inflated state; and a deflector , used to guide the gas generated by the gas generator before the gas generated by the gas generator enters the safety airbag , wherein the deflector comprises a first cavity and a second cavity , the first cavity comprises a first gas inlet and a first gas outlet , the second cavity comprises a second gas inlet and a second gas outlet , the first gas outlet and the second gas inlet are in fluid communication with each other, and the gas generated by the gas generator enters the first cavity by means of the first gas inlet , exits the first cavity by means of the first gas outlet , then enters the second cavity by means of the second gas inlet in fluid communication with the first gas outlet , exits the second cavity by means of the second gas outlet , and then enters the safety airbag , characterised in that a volume of the first cavity in the inflated state is designed to be greater than a volume of the second cavity in the inflated state. a safety airbag , having an inflated state and a stowed state; a gas generator, used to generate gas to inflate the safety airbag so that the safety airbag enters the inflated state; and a deflector , used to guide the gas generated by the gas generator before the gas generated by the gas generator enters the safety airbag , wherein the deflector comprises a first cavity and a second cavity , the first cavity comprises a first gas inlet and a first gas outlet , the second cavity comprises a second gas inlet and a second gas outlet , the first gas outlet and the second gas inlet are in fluid communication with each other, and the gas generated by the gas generator enters the first cavity by means of the first gas inlet , exits the first cavity by means of the first gas outlet , then enters the second cavity by means of the second gas inlet in fluid communication with the first gas outlet , exits the second cavity by means of the second gas outlet , and then enters the safety airbag , characterised in that a volume of the first cavity in the inflated state is designed to be greater than a volume of the second cavity in the inflated state.
Membrane cup for an ultrasound transducer , having a wall for supporting a membrane of the membrane cup that can be induced to vibrate, wherein the membrane cup consisting of aluminium, at least in the region of the membrane , has been provided with merely a single metallic coating on the outside and the inside , wherein the coating includes nickel or a nickel alloy, especially phosphorus-containing, and wherein an adhesive layer has been applied directly to the metallic coating , at least in regions, on the inside of the membrane cup , wherein the coating has a thickness between 0.25 μm and 0.60 μm, characterized in that a paint layer has been applied directly to the metallic coating on the outside of the membrane cup without intermediate layers, and in that the metallic coating has been plasma-treated on the side facing the adhesive layer . the coating has a thickness between 0.25 μm and 0.60 μm, characterized in that a paint layer has been applied directly to the metallic coating on the outside of the membrane cup without intermediate layers, and in that the metallic coating has been plasma-treated on the side facing the adhesive layer .
An oral care implement , comprising: a body comprising a handle , a head at an end of the handle , and at least one fluid outlet , the head having at least one oral care element extending therefrom; a reservoir in the body and for storing an oral care fluid; and a supply mechanism connected to the body , the supply mechanism comprising: a user-operable selector comprising a cam , and an actuator comprising a follower in contact with the cam , the actuator operable to cause the oral care fluid to flow from the reservoir towards the fluid outlet , and wherein the cam comprises a planar first surface in contact with a planar second surface of the follower , the first surface being parallel to the second surface; wherein the cam is movable relative to the body along a first axis to cause movement of the follower relative to the body along a second axis that is substantially perpendicular to the first axis and thereby operate the actuator ; wherein the second axis is substantially parallel to a longitudinal axis (A-A) of the oral care implement ; and wherein the selector defines a portion of a fluid passageway extending between the reservoir and the fluid outlet . a body comprising a handle , a head at an end of the handle , and at least one fluid outlet , the head having at least one oral care element extending therefrom; a reservoir in the body and for storing an oral care fluid; and a supply mechanism connected to the body , the supply mechanism comprising: a user-operable selector comprising a cam , and an actuator comprising a follower in contact with the cam , the actuator operable to cause the oral care fluid to flow from the reservoir towards the fluid outlet , and wherein the cam comprises a planar first surface in contact with a planar second surface of the follower , the first surface being parallel to the second surface; wherein the cam is movable relative to the body along a first axis to cause movement of the follower relative to the body along a second axis that is substantially perpendicular to the first axis and thereby operate the actuator ; a user-operable selector comprising a cam , and an actuator comprising a follower in contact with the cam , the actuator operable to cause the oral care fluid to flow from the reservoir towards the fluid outlet , and wherein the cam comprises a planar first surface in contact with a planar second surface of the follower , the first surface being parallel to the second surface; wherein the cam is movable relative to the body along a first axis to cause movement of the follower relative to the body along a second axis that is substantially perpendicular to the first axis and thereby operate the actuator ; wherein the second axis is substantially parallel to a longitudinal axis (A-A) of the oral care implement ; and wherein the selector defines a portion of a fluid passageway extending between the reservoir and the fluid outlet .
Coating system for deposition by means of electrodeposition on a blank, in particular a blank for a jewellery element, comprising a palladium-free, in particular precious metal-free, rose bronze layer facing the blank, wherein the rose bronze layer contains 5% to 15% tin and 85% to 95% copper, a diffusion barrier layer disposed on the rose bronze layer, and an outer rose gold layer disposed on the diffusion barrier layer, wherein the rose gold layer contains 70 % - 80 % gold and 20 % - 30 % copper.
Method for operating a motor vehicle , in which a driving maneuver of the motor vehicle is at least partly automatically carried out by a motor vehicle controller on the basis of control data stored in a memory unit of the motor vehicle , a sensor unit being activated when the driving maneuver is being at least partly automatically carried out, an intervention measure by a driver while the driving maneuver is being at least partly automatically carried out being detected by means of the sensor unit, deviation data relating to the driving maneuver to be carried out by the motor vehicle controller being determined , and the control data being adjusted on the basis of the determined deviation data for when the driving maneuver is carried out in future, characterized in that a motor-vehicle-side evaluation unit and/or a remote control center, to which the deviation data and also at least part of the control data are transmitted via a wireless communication link, checks a predetermined boundary condition for adjusting the control data and adjusts the control data only to the extent that the boundary condition is maintained, intervention measures of the driver being recorded over a predetermined distance and/or a predetermined time period in order to determine the deviation data, recording being completed when a recording completion criterion occurs. a sensor unit being activated when the driving maneuver is being at least partly automatically carried out, an intervention measure by a driver while the driving maneuver is being at least partly automatically carried out being detected by means of the sensor unit, deviation data relating to the driving maneuver to be carried out by the motor vehicle controller being determined , and the control data being adjusted on the basis of the determined deviation data for when the driving maneuver is carried out in future, characterized in that a motor-vehicle-side evaluation unit and/or a remote control center, to which the deviation data and also at least part of the control data are transmitted via a wireless communication link, checks a predetermined boundary condition for adjusting the control data and adjusts the control data only to the extent that the boundary condition is maintained, intervention measures of the driver being recorded over a predetermined distance and/or a predetermined time period in order to determine the deviation data, recording being completed when a recording completion criterion occurs.
A monitor which is attachable to a dry powder inhaler that contains a blister strip having a plurality of blisters and a plurality of non-numerical indicia , the monitor comprising at least one optical sensor which is configured to read the non-numerical indicia, wherein the optical sensor has a light guide having a proximal end adjacent to the sensor and a distal end remote from the sensor, wherein the distal end is convex.
A lighting package , comprising: a solid state light source on a submount ; a wavelength conversion material layer covering said solid state light source and a top surface of said submount ; an encapsulant over said conversion material layer , characterized in that said encapsulant has one or more planar surfaces, wherein said encapsulant comprises an encapsulant connection section at a base of said encapsulant adjacent said submount , wherein the encapsulant connection section has the area of said substrate, wherein said encapsulant extends vertically from said submount towards a top surface of said encapsulant, wherein the top surface of said encapsulant has a smaller area than said submount; wherein said planar surfaces are arranged to cause total internal reflection (TIR) of at least some light from said light source. a solid state light source on a submount ; a wavelength conversion material layer covering said solid state light source and a top surface of said submount ; an encapsulant over said conversion material layer , characterized in that said encapsulant has one or more planar surfaces, wherein said encapsulant comprises an encapsulant connection section at a base of said encapsulant adjacent said submount , wherein the encapsulant connection section has the area of said substrate, wherein said encapsulant extends vertically from said submount towards a top surface of said encapsulant, wherein the top surface of said encapsulant has a smaller area than said submount; wherein said planar surfaces are arranged to cause total internal reflection (TIR) of at least some light from said light source.
A stacked patch radiating element , comprising: a dielectric substrate having first and second opposed surfaces; a ground plane on the first surface of the dielectric substrate ; a patch radiator on the second surface of the dielectric substrate ; a feed that is configured to connect the patch radiator to a transmission line ; characterised by a solder layer on the patch radiator opposite the dielectric substrate ; and a parasitic radiating element on the solder layer opposite the patch radiator , the parasitic radiating element including: a metal layer on the solder ; a parasitic radiator dielectric substrate on the metal layer opposite the solder ; and a parasitic radiator on the parasitic radiator dielectric substrate opposite the metal layer. a dielectric substrate having first and second opposed surfaces; a ground plane on the first surface of the dielectric substrate ; a patch radiator on the second surface of the dielectric substrate ; a feed that is configured to connect the patch radiator to a transmission line ; characterised by a solder layer on the patch radiator opposite the dielectric substrate ; and a parasitic radiating element on the solder layer opposite the patch radiator , the parasitic radiating element including: a metal layer on the solder ; a parasitic radiator dielectric substrate on the metal layer opposite the solder ; and a parasitic radiator on the parasitic radiator dielectric substrate opposite the metal layer. a metal layer on the solder ; a parasitic radiator dielectric substrate on the metal layer opposite the solder ; and a parasitic radiator on the parasitic radiator dielectric substrate opposite the metal layer.
A composition comprising (a) from 60 wt% to 95 wt% of a first propylene alpha-olefin copolymer component having a reactivity ratio product of less than 0.75 and a weight average molecular weight of greater than 450,000 g/mol; and (b) from 5 wt% to 40 wt% of a second propylene-alpha olefin copolymer component having a reactivity ratio product of greater than 1.5 and a weight average molecular weight of less than 215,000 g/mol; wherein the composition has at least one of the following properties: (i) a tension set of less than 12%; (ii) a top load of less than 7 N; or (iii) a hysteresis of less than 30%; wherein the tension set, top load, and hysteresis are measured as described in paragraph . (a) from 60 wt% to 95 wt% of a first propylene alpha-olefin copolymer component having a reactivity ratio product of less than 0.75 and a weight average molecular weight of greater than 450,000 g/mol; and (b) from 5 wt% to 40 wt% of a second propylene-alpha olefin copolymer component having a reactivity ratio product of greater than 1.5 and a weight average molecular weight of less than 215,000 g/mol; wherein the composition has at least one of the following properties: (i) a tension set of less than 12%; (ii) a top load of less than 7 N; or (iii) a hysteresis of less than 30%; wherein the tension set, top load, and hysteresis are measured as described in paragraph . (i) a tension set of less than 12%; (ii) a top load of less than 7 N; or (iii) a hysteresis of less than 30%; wherein the tension set, top load, and hysteresis are measured as described in paragraph .
Method for detecting a leak in a filled package formed from a closed flexible foil , the package comprising a fluid, the method comprising the steps: inserting the package between a first flat plate and a second flat plate , the first flat plate and the second flat plate extending parallel to each other; moving the first flat plate in the direction of the second flat plate to compress the package and provide an overpressure in the package; measuring the pressure and/or the force exerted by the package on the first and second flat plates by means of a measuring transducer ; fixing or keeping constant the distance between the first flat plate and the second flat plate during measuring the pressure and/or the force exerted by the package on the flat plates ; characterized in that the first flat plate is provided with a measuring opening , and that a measuring plate is provided in the measuring opening , the measuring plate being connected to the measuring transducer , wherein the measuring transducer is a static pressure sensor, wherein the measuring plate with the measuring transducer are fixedly connected to the first flat plate , wherein the step of measuring the pressure and/or the force comprises: measuring the pressure and/or the force exerted by the package on the measuring plate in the measuring opening . inserting the package between a first flat plate and a second flat plate , the first flat plate and the second flat plate extending parallel to each other; moving the first flat plate in the direction of the second flat plate to compress the package and provide an overpressure in the package; measuring the pressure and/or the force exerted by the package on the first and second flat plates by means of a measuring transducer ; fixing or keeping constant the distance between the first flat plate and the second flat plate during measuring the pressure and/or the force exerted by the package on the flat plates ; the first flat plate is provided with a measuring opening , and that a measuring plate is provided in the measuring opening , the measuring plate being connected to the measuring transducer , wherein the measuring transducer is a static pressure sensor, wherein the measuring plate with the measuring transducer are fixedly connected to the first flat plate , wherein the step of measuring the pressure and/or the force comprises: measuring the pressure and/or the force exerted by the package on the measuring plate in the measuring opening . measuring the pressure and/or the force exerted by the package on the measuring plate in the measuring opening .