mhurhangee/patent-ind-claim-en huggingface dataset:
A communication device , comprising: a first antenna configured to receive and transmit a first set of near field communication, NFC, signals, wherein said first set of NFC signals relates to NFC transactions; a second antenna separate from the first antenna , the second antenna being configured to receive and transmit a second set of NFC signals, wherein said second set of NFC signals relates to wireless charging operations; a controller ; a first interface between the controller and the first and second antenna, the first interface comprising an antenna selection unit configured to select the first antenna or the second antenna in response to a selection signal received from said controller ; a second interface between the controller and the first antenna ; wherein the controller is configured to detect whether an external communication device is within communication range of the first antenna using the second interface . a first antenna configured to receive and transmit a first set of near field communication, NFC, signals, wherein said first set of NFC signals relates to NFC transactions; a second antenna separate from the first antenna , the second antenna being configured to receive and transmit a second set of NFC signals, wherein said second set of NFC signals relates to wireless charging operations; a controller ; a first interface between the controller and the first and second antenna, the first interface comprising an antenna selection unit configured to select the first antenna or the second antenna in response to a selection signal received from said controller ; a second interface between the controller and the first antenna ; wherein the controller is configured to detect whether an external communication device is within communication range of the first antenna using the second interface .
A light transmissive structure comprising: a light transmissive substrate including a plurality of optical microstructures, wherein the plurality of optical microstructures comprise a plurality of cones and/or pyramids; the plurality of optical microstructures having a geometric feature that is configured to reduce glare in light transmitted through the light transmissive structure; the plurality of cones and/or pyramids also have a base angle that varies randomly or pseudorandomly across the light transmissive substrate so as to diffuse light transmitted through the light transmissive structure, wherein the base angle varies randomly or pseudorandomly across the light transmissive substrate between about 10° and about 60° from a direction orthogonal to the light transmissive substrate. a light transmissive substrate including a plurality of optical microstructures, wherein the plurality of optical microstructures comprise a plurality of cones and/or pyramids; the plurality of optical microstructures having a geometric feature that is configured to reduce glare in light transmitted through the light transmissive structure; the plurality of cones and/or pyramids also have a base angle that varies randomly or pseudorandomly across the light transmissive substrate so as to diffuse light transmitted through the light transmissive structure, wherein the base angle varies randomly or pseudorandomly across the light transmissive substrate between about 10° and about 60° from a direction orthogonal to the light transmissive substrate.
A guidance system for a plastic and/or silicone injection molding machine, the guidance system comprising: two mold halves ; and a slide assembly mounted to one of said two halves , said slide assembly including: a carrier for holding cavity forming parts 18, gibs securing said carrier to the mold half to which said slide assembly is mounted, and a series of rollers disposed between said carrier and said mold half, said series of rollers engaged with said carrier in an orientation in which as said carrier moves parallel to a parting line of the two mold halves , said series of rollers rolls with said carrier parallel to the parting line and said series of rollers does not bear any compression force used to press the two mold halves together. two mold halves ; and a slide assembly mounted to one of said two halves , said slide assembly including: a carrier for holding cavity forming parts 18, gibs securing said carrier to the mold half to which said slide assembly is mounted, and a series of rollers disposed between said carrier and said mold half, said series of rollers engaged with said carrier in an orientation in which as said carrier moves parallel to a parting line of the two mold halves , said series of rollers rolls with said carrier parallel to the parting line and said series of rollers does not bear any compression force used to press the two mold halves together. a carrier for holding cavity forming parts 18, gibs securing said carrier to the mold half to which said slide assembly is mounted, and a series of rollers disposed between said carrier and said mold half, said series of rollers engaged with said carrier in an orientation in which as said carrier moves parallel to a parting line of the two mold halves , said series of rollers rolls with said carrier parallel to the parting line and said series of rollers does not bear any compression force used to press the two mold halves together.
A pipe comprising an adhesive layer comprising an adhesive composition comprising a. a polyethylene resin (A) which has been grafted with an acid grafting agent and b. an epoxy resin (B) in an amount of 0.01 to 15 wt.% of the adhesive total composition, wherein the adhesive composition is having a MFR 5 of 0.1 to 12 g/10 min and wherein the pipe is made of metal and is coated with the adhesive layer directly at its inner surface and/or outer surface. a. a polyethylene resin (A) which has been grafted with an acid grafting agent and b. an epoxy resin (B) in an amount of 0.01 to 15 wt.% of the adhesive total composition,
A hygiene composition for reduction of malodour comprising (i) 0.001 to 20% one or more polysaccharide selected from algin or pectin preferably pectin by weight of the composition; and (ii) 0.01 to 15% a rhamnolipid, by weight of the composition. (i) 0.001 to 20% one or more polysaccharide selected from algin or pectin preferably pectin by weight of the composition; and (ii) 0.01 to 15% a rhamnolipid, by weight of the composition.
A disposable circumcision anastomat comprising: an internal ring for placement into an external ring ; the external ring comprising an opening and a sidewall ; and an annular blade formed along an inner circumference of the sidewall; wherein the anastomat further comprises: a retainer separately set with the external ring and located around the top edge of the external ring and forming an annular retaining space between the retainer, the inner wall of the external ring and the annular blade; and a gasket positioned between the retainer and the annular blade; wherein the annular blade and the external ring are an integrated structure an internal ring for placement into an external ring ; the external ring comprising an opening and a sidewall ; and an annular blade formed along an inner circumference of the sidewall; wherein the anastomat further comprises: a retainer separately set with the external ring and located around the top edge of the external ring and forming an annular retaining space between the retainer, the inner wall of the external ring and the annular blade; and a gasket positioned between the retainer and the annular blade; wherein the annular blade and the external ring are an integrated structure a retainer separately set with the external ring and located around the top edge of the external ring and forming an annular retaining space between the retainer, the inner wall of the external ring and the annular blade; and a gasket positioned between the retainer and the annular blade; wherein the annular blade and the external ring are an integrated structure
Powertrain for a motor vehicle , having - a drive motor for providing a drive output; - a transmission assembly for specifying a gearing ratio between the drive motor and drive wheels (VL, VR, HL, HR); and - a hydraulics assembly for activating components of the transmission assembly ; wherein the hydraulics assembly has a main pump which is connected to a hydraulic consumer portion , and wherein the hydraulics assembly has a secondary pump which according to requirements is powered by a secondary-pump electric motor and which is connected to the consumer portion , wherein the secondary pump is connected or capable of being connected to an output transfer installation for variably distributing drive output to two axles, characterized in that the secondary pump is connected to the output transfer installation by way of a valve assembly , and the valve assembly has a directional valve having at least a first position and a second position , wherein the secondary pump in the second position is connected to the output transfer installation , and the directional valve for specifying the first and/or the second position has a first and a second hydraulic activation connector , and the first hydraulic activation connector for specifying the second position is connected to a pressure connector of the main pump . - a drive motor for providing a drive output; - a transmission assembly for specifying a gearing ratio between the drive motor and drive wheels (VL, VR, HL, HR); and - a hydraulics assembly for activating components of the transmission assembly ; wherein the hydraulics assembly has a main pump which is connected to a hydraulic consumer portion , and wherein the hydraulics assembly has a secondary pump which according to requirements is powered by a secondary-pump electric motor and which is connected to the consumer portion , wherein the secondary pump is connected or capable of being connected to an output transfer installation for variably distributing drive output to two axles, characterized in that the secondary pump is connected to the output transfer installation by way of a valve assembly , and the valve assembly has a directional valve having at least a first position and a second position , wherein the secondary pump in the second position is connected to the output transfer installation , and the directional valve for specifying the first and/or the second position has a first and a second hydraulic activation connector , and the first hydraulic activation connector for specifying the second position is connected to a pressure connector of the main pump .
A dry silicone gel having less than 10% oil bleed out after being under compression of 1.2 atm (120 kPa) for 200 hours at 60 °C, prepared from a composition comprising: a base polymer having a vinyl-silicone group; a catalyst; a crosslinker; and a chain extender, wherein the crosslinker and chain extender provide a hydride component, and wherein the mole fraction of hydride present as crosslinker is between 0.2 and 0.5. a base polymer having a vinyl-silicone group; a catalyst; a crosslinker; and a chain extender, wherein the crosslinker and chain extender provide a hydride component, and wherein the mole fraction of hydride present as crosslinker is between 0.2 and 0.5.
A method for processing a mass of wastes to be processed comprising matters soiled by organic wastes and/or heavy metals, said methods comprising the following steps: - introducing into a reactor said wastes supplemented by one or more mineral complex(es) having a particle size comprised between 100 nm and 16 mm, a thermal stability higher than 150°C, a pH-insensitive chemical stability, a Mohs hardness higher than 3 and a high exchange capacity, higher than 2.50 meq/g, - blending said wastes supplemented by one or more mineral complex(es) , said method enabling the separation of the organic matters and/or the heavy metals from the soiled matters, the organic matters present in the wastes being agglomerated around the mineral complexes and the heavy metals retained by the minerals. - introducing into a reactor said wastes supplemented by one or more mineral complex(es) having a particle size comprised between 100 nm and 16 mm, a thermal stability higher than 150°C, a pH-insensitive chemical stability, a Mohs hardness higher than 3 and a high exchange capacity, higher than 2.50 meq/g, - blending said wastes supplemented by one or more mineral complex(es) ,
A solid electrolytic capacitor comprising: a sintered molded body formed of a valve acting metal powder; a dielectric oxide film formed on the sintered body; a solid electrolytic layer formed on the surface of the dielectric oxide film, wherein the solid electrolytic layer comprises protrusions that cover 1 to 20% of the surface of the dielectric film, wherein the protrusions include manganese dioxide, and wherein the solid electrolytic layer further comprises a conductive polymer layer formed on a surface of the protrusions and the dielectric oxide film, characterized in that an average value of the major axis length (maximum diameter) of the protrusions in a planar view is 10 to 102 nanometers. a sintered molded body formed of a valve acting metal powder; a dielectric oxide film formed on the sintered body; a solid electrolytic layer formed on the surface of the dielectric oxide film, wherein the solid electrolytic layer comprises protrusions that cover 1 to 20% of the surface of the dielectric film, wherein the protrusions include manganese dioxide, and wherein the solid electrolytic layer further comprises a conductive polymer layer formed on a surface of the protrusions and the dielectric oxide film, characterized in that an average value of the major axis length (maximum diameter) of the protrusions in a planar view is 10 to 102 nanometers.
An electrolytic capacitor comprising an anode foil and a cathode body, wherein the anode foil comprises: an anode-side enlarged surface portion formed on a surface of the foil; and a dielectric oxide film formed on a surface of the enlarged surface portion, and wherein the cathode body comprises: a cathode foil formed of a valve acting metal; a cathode-side enlarged surface portion formed on a surface of the cathode foil and provided with sponge-like pits; and a carbon layer formed on the cathode foil on the cathode-side enlarged surface portion; wherein the carbon layer and the cathode-side enlarged surface portion are in contact with each other by pressing, and wherein carbon material of the carbon layer enters the cathode-side enlarged surface portion provided with the sponge-like pits. an anode-side enlarged surface portion formed on a surface of the foil; and a dielectric oxide film formed on a surface of the enlarged surface portion, and wherein the cathode body comprises: a cathode foil formed of a valve acting metal; a cathode-side enlarged surface portion formed on a surface of the cathode foil and provided with sponge-like pits; and a carbon layer formed on the cathode foil on the cathode-side enlarged surface portion; wherein the carbon layer and the cathode-side enlarged surface portion are in contact with each other by pressing, and wherein carbon material of the carbon layer enters the cathode-side enlarged surface portion provided with the sponge-like pits. a cathode foil formed of a valve acting metal; a cathode-side enlarged surface portion formed on a surface of the cathode foil and provided with sponge-like pits; and a carbon layer formed on the cathode foil on the cathode-side enlarged surface portion; wherein the carbon layer and the cathode-side enlarged surface portion are in contact with each other by pressing, and wherein carbon material of the carbon layer enters the cathode-side enlarged surface portion provided with the sponge-like pits.
A polyacetal resin composition comprising: (A) 100 parts by mass of a polyacetal resin; (B1) a polyolefin resin grafted with a silicone compound; (B2) a non-grafted silicone compound; and (C) 0.5 to 1.8 parts by mass of a polyolefinic lubricant, wherein the polyolefin lubricant is selected from low-density polyethylene, straight-chain, low-density polyethylene, high-density polyethylene, ethylene-vinyl acetate copolymer, and polypropylene; with a total of content of the silicone compound in the (B1) polyolefin resin and content of the (B2) non-grafted silicone compound, being adjusted to 0.6 to 2.5 parts by mass, per 100 parts by mass of the (A) polyacetal resin, and with (B1)/(B2), which is a ratio by mass of the content of the (B1) polyolefin resin and the content of the (B2) non-grafted silicone compound, being adjusted to 68/32 to 45/55. (A) 100 parts by mass of a polyacetal resin; (B1) a polyolefin resin grafted with a silicone compound; (B2) a non-grafted silicone compound; and (C) 0.5 to 1.8 parts by mass of a polyolefinic lubricant, wherein the polyolefin lubricant is selected from low-density polyethylene, straight-chain, low-density polyethylene, high-density polyethylene, ethylene-vinyl acetate copolymer, and polypropylene; with a total of content of the silicone compound in the (B1) polyolefin resin and content of the (B2) non-grafted silicone compound, being adjusted to 0.6 to 2.5 parts by mass, per 100 parts by mass of the (A) polyacetal resin, and with (B1)/(B2), which is a ratio by mass of the content of the (B1) polyolefin resin and the content of the (B2) non-grafted silicone compound, being adjusted to 68/32 to 45/55.
A switchgear monitoring system, the system comprising: - at least one sensor; - a processing unit; and - an output unit; wherein the at least one sensor comprises at least one infrared sensor; wherein, the at least one infrared sensor is configured to acquire temperature information data for at least a first location and a second location of a conductor of a switchgear; wherein, the at least one infrared sensor is configured to provide the processing unit with the temperature information data of the first location and second location; wherein, the processing unit is configured to determine a temperature at a new location of the conductor of the switchgear different to the first location and second location; wherein the first location and the second location are on the same side of the conductor to the new location; wherein, the output unit is configured to output the temperature at the new location and/or information based on the temperature at the new location; characterized in that the determination of the temperature at the new location comprises the extrapolation of a temperature at a third location of the conductor and the extrapolation of a temperature at a fourth location of the conductor based on the temperatures of the at least first location and second location and using the extrapolated temperature information of the third location and the fourth location with a model of heat flow to determine the temperature at the new location. - at least one sensor; - a processing unit; and - an output unit; wherein the at least one sensor comprises at least one infrared sensor; wherein, the at least one infrared sensor is configured to acquire temperature information data for at least a first location and a second location of a conductor of a switchgear; wherein, the at least one infrared sensor is configured to provide the processing unit with the temperature information data of the first location and second location; wherein, the processing unit is configured to determine a temperature at a new location of the conductor of the switchgear different to the first location and second location; wherein the first location and the second location are on the same side of the conductor to the new location; wherein, the output unit is configured to output the temperature at the new location and/or information based on the temperature at the new location; characterized in that the determination of the temperature at the new location comprises the extrapolation of a temperature at a third location of the conductor and the extrapolation of a temperature at a fourth location of the conductor based on the temperatures of the at least first location and second location and using the extrapolated temperature information of the third location and the fourth location with a model of heat flow to determine the temperature at the new location.
Combustion chamber, comprising an outer jacket and an inner jacket , which delimits a combustion chamber and which is fluid-permeable for effusion cooling or transpiration cooling, wherein the inner jacket comprises a plurality of disc elements succeeding one another along an axial axis , characterized in that disc elements are made of a fiber composite material, in that the disc elements are made from a plate with a directional fiber orientation in at least one direction, in that fibers are oriented transversely to the axial axis in the disc elements , and in that at least a portion of the fibers are oriented in one or more radial directions on the disc elements .
A sliding mechanism comprising a ball made of a steel material and a plate shaped substrate made of a steel material on which the ball is located, said plate substrate and ball being lubricated by diesel engine oil containing a large amount of detergent-dispersant, wherein: in use the lubricating conditions of the plate substrate and the ball equate to a Sommerfeld number in a range of 2.12365×10 -20 to 5.94509×10 -19 , upon converting a viscosity thereof to Pa·s, a speed to s -1 , and a load to mean Hertzian stress (Pa), at least one sliding surface of the plate substrate and/or the ball is coated by a titanium nitride-based material, said diesel engine oil which lubricates between the plate substrate and the ball comprises molybdenum dithiocarbamate with molybdenum in an amount of 600 ppm to 1000 ppm, and an arithmetic mean roughness of the plate substrate and/or the ball is in the range of 2 to 10 nm.
An electronic apparatus comprising: an adjustment determination unit structured to receive patient interface device information for a patient interface device including one or more adjustable features and a 3-D model of a patient's face, and to calculate adjustment information for the patient interface device corresponding to the patient's face using the patient interface device information and the 3-D model of the patient's face; and an output unit structured to output the adjustment information, wherein the adjustment information includes information for adjusting one or more of the adjustable features. an adjustment determination unit structured to receive patient interface device information for a patient interface device including one or more adjustable features and a 3-D model of a patient's face, and to calculate adjustment information for the patient interface device corresponding to the patient's face using the patient interface device information and the 3-D model of the patient's face; and an output unit structured to output the adjustment information, wherein the adjustment information includes information for adjusting one or more of the adjustable features.