mhurhangee/patent-ind-claim-en huggingface dataset:
Sealed package for food comprising i) a first parchment paper sealing and forming a volume for storage of food ii) a polysaccharide-based composition coated ii.a) on one side of said first parchment paper; or ii.b) on a bio-based binder coating which is coated directly on one side of said first parchment paper, the bio-based binder coating comprising latex, wax, polylactic acid modified polyester, derivatives and/or mixtures thereof, wherein the polysaccharide-based composition comprises hemicellulose, microfibrillar cellulose, nanofibrillar cellulose, or mixtures thereof, wherein the polysaccharide-based composition coating has a thickness ranging from 1 to 20 μm, and wherein the polysaccharide-based composition is coated on the side of the package facing away from the formed volume. i) a first parchment paper sealing and forming a volume for storage of food ii) a polysaccharide-based composition coated ii.a) on one side of said first parchment paper; or ii.b) on a bio-based binder coating which is coated directly on one side of said first parchment paper, the bio-based binder coating comprising latex, wax, polylactic acid modified polyester, derivatives and/or mixtures thereof, ii.a) on one side of said first parchment paper; or ii.b) on a bio-based binder coating which is coated directly on one side of said first parchment paper, the bio-based binder coating comprising latex, wax, polylactic acid modified polyester, derivatives and/or mixtures thereof, wherein the polysaccharide-based composition comprises hemicellulose, microfibrillar cellulose, nanofibrillar cellulose, or mixtures thereof, wherein the polysaccharide-based composition coating has a thickness ranging from 1 to 20 μm, and wherein the polysaccharide-based composition is coated on the side of the package facing away from the formed volume.
A method of displaying an ultrasonic image (600; 2501; 2601; 2810; 2820; 2030; 2840; 2850; 2860) comprising: identifying a lesion area (610; 910; 1020; 2220; 2510; 2902) included in the ultrasonic image, said identified lesion area comprising at least one feature; diagnosing the lesion area to acquire a diagnostic result (750; 1050; 1330; 2050; 2250); generating a diagnostic image (710; 110; 810; 2201; 2502; 2602; 2702; 3110) including a first area (620; 630; 1030) in the lesion area, which is at least one area that is the basis of diagnosing a lesion, in the ultrasonic image; and displaying a user interface screen (700; 1100; 1000; 1400; 1300; 1500; 1600; 1700; 1800; 2000; 2200; 2300; 2400; 2800; 3100; 3200) including the diagnostic image and the diagnostic result; characterized by , when the feature of the lesion area appearing in a second area included in the lesion area is changed and thus the diagnostic result is changed, displaying the diagnostic image including the second area in the ultrasonic image and the diagnostic result. identifying a lesion area (610; 910; 1020; 2220; 2510; 2902) included in the ultrasonic image, said identified lesion area comprising at least one feature; diagnosing the lesion area to acquire a diagnostic result (750; 1050; 1330; 2050; 2250); generating a diagnostic image (710; 110; 810; 2201; 2502; 2602; 2702; 3110) including a first area (620; 630; 1030) in the lesion area, which is at least one area that is the basis of diagnosing a lesion, in the ultrasonic image; and displaying a user interface screen (700; 1100; 1000; 1400; 1300; 1500; 1600; 1700; 1800; 2000; 2200; 2300; 2400; 2800; 3100; 3200) including the diagnostic image and the diagnostic result; characterized by , when the feature of the lesion area appearing in a second area included in the lesion area is changed and thus the diagnostic result is changed, displaying the diagnostic image including the second area in the ultrasonic image and the diagnostic result.
An energy management device comprising: an electric power management unit configured to generate an instruction specifying a supply destination for electric power generated by an electric power generator, the supply destination being at least one of a battery, an electric power network, and electric power equipment and being determined by the energy management device based on electric storage amount information received over a network indicating an electric storage amount stored in the battery and electric power price information in an electric power market received by the energy management device; and a communication unit configured to transmit the instruction to an energy control device that at least controls supplying the electric power to the supply destination; characterised in that the supply destination is specified to be a destination other than the battery when a charging profit price is equal to an electric power purchasing price or when the charging profit price is equal to an electric power selling price, the electric power purchasing price being an electric power price when electric power is purchased from the electric power market, the electric power selling price being an electric power price when electric power generated by the electric power generator is sold on the electric power market and the charging profit price indicating an economic value and being determined as an electric storage amount multiplied by a monetary value per unit of energy. an electric power management unit configured to generate an instruction specifying a supply destination for electric power generated by an electric power generator, the supply destination being at least one of a battery, an electric power network, and electric power equipment and being determined by the energy management device based on electric storage amount information received over a network indicating an electric storage amount stored in the battery and electric power price information in an electric power market received by the energy management device; and a communication unit configured to transmit the instruction to an energy control device that at least controls supplying the electric power to the supply destination; characterised in that the supply destination is specified to be a destination other than the battery when a charging profit price is equal to an electric power purchasing price or when the charging profit price is equal to an electric power selling price, the electric power purchasing price being an electric power price when electric power is purchased from the electric power market, the electric power selling price being an electric power price when electric power generated by the electric power generator is sold on the electric power market and the charging profit price indicating an economic value and being determined as an electric storage amount multiplied by a monetary value per unit of energy.
A method for securing network traffic data, comprising: obtaining a network traffic data unit , comprising: a payload ; forwarding information , comprising: a first forwarding portion; and a second forwarding portion that indicates a network tunnel; encryption type information ; and encryption location information ; analyzing a first segment of the first forwarding portion to obtain a first forwarding location; modifying the network traffic data unit, based on the encryption type information and the encryption location information, to obtain a modified network traffic data unit , wherein modifying the network traffic data unit further comprises: removing the encryption type information; and appending decryption information , wherein the decryption information comprises a unique identifier range that comprises a unique identifier that uniquely identifies the modified network traffic data unit, and wherein: the unique identifier range comprises a sub-range unique to an encrypting device ; and the sub-range comprises the unique identifier; and transmitting the modified network traffic data unit to the first forwarding location. obtaining a network traffic data unit , comprising: a payload ; forwarding information , comprising: a first forwarding portion; and a second forwarding portion that indicates a network tunnel; encryption type information ; and encryption location information ; a payload ; forwarding information , comprising: a first forwarding portion; and a second forwarding portion that indicates a network tunnel; a first forwarding portion; and a second forwarding portion that indicates a network tunnel; encryption type information ; and encryption location information ; analyzing a first segment of the first forwarding portion to obtain a first forwarding location; modifying the network traffic data unit, based on the encryption type information and the encryption location information, to obtain a modified network traffic data unit , wherein modifying the network traffic data unit further comprises: removing the encryption type information; and appending decryption information , wherein the decryption information comprises a unique identifier range that comprises a unique identifier that uniquely identifies the modified network traffic data unit, and wherein: the unique identifier range comprises a sub-range unique to an encrypting device ; and the sub-range comprises the unique identifier; and removing the encryption type information; and appending decryption information , wherein the decryption information comprises a unique identifier range that comprises a unique identifier that uniquely identifies the modified network traffic data unit, and wherein: the unique identifier range comprises a sub-range unique to an encrypting device ; and the sub-range comprises the unique identifier; and transmitting the modified network traffic data unit to the first forwarding location.
A volatile composition dispenser comprising: a) a housing comprising a rear frame wherein the rear frame comprises a frame opening having a longitudinal axis ; b) an inner wall in the opening , the inner wall comprising a proximal end at a periphery of the opening and a distal end ; c) a push button configured to be movable within the frame opening from a first position to a second position relative to the distal end of the inner wall , wherein the push button comprises a button body ; d) at least one first protrusion located at the distal end of the inner wall ; e) at least one second protrusion disposed on the button body wherein the second protrusion is aligned to engage with and move past the first protrusion as the button is moved from the first position to the second position wherein the second protrusion is below the first protrusion relative to the distal end of the inner wall in a vertical direction parallel to the longitudinal axis to prevent return of the button to the first position; and f) a volatile composition cartridge disposed within the housing adjacent the push button , the cartridge comprising a container having an orifice , within which the volatile composition is stored, a rupturable substrate sealably attached to and covering the orifice , a rupture mechanism positioned adjacent to the rupturable substrate , and one or more rupture elements arranged within the rupture mechanism ; wherein button is depressed until it makes contact with the rupture mechanism ; and the one or more rupture elements on the rupture mechanism pierce the rupturable substrate . a) a housing comprising a rear frame wherein the rear frame comprises a frame opening having a longitudinal axis ; b) an inner wall in the opening , the inner wall comprising a proximal end at a periphery of the opening and a distal end ; c) a push button configured to be movable within the frame opening from a first position to a second position relative to the distal end of the inner wall , wherein the push button comprises a button body ; d) at least one first protrusion located at the distal end of the inner wall ; e) at least one second protrusion disposed on the button body wherein the second protrusion is aligned to engage with and move past the first protrusion as the button is moved from the first position to the second position wherein the second protrusion is below the first protrusion relative to the distal end of the inner wall in a vertical direction parallel to the longitudinal axis to prevent return of the button to the first position; and f) a volatile composition cartridge disposed within the housing adjacent the push button , the cartridge comprising a container having an orifice , within which the volatile composition is stored, a rupturable substrate sealably attached to and covering the orifice , a rupture mechanism positioned adjacent to the rupturable substrate , and one or more rupture elements arranged within the rupture mechanism ;
A tufting machine for forming tufted fabrics, comprising: a needle bar having a series of needles (14; 14a) mounted transversely across the width of the tufting machine; backing feed rolls for feeding a backing material through a tufting zone of the tufting machine; a yarn feed mechanism for feeding a series of yarns to said needles; a backing shifter for shifting said backing feed rolls transversely across the tufting zone; a needle plate beneath the backing material having rearward extending needle plate fingers (22; 22a), wherein the series of needles pass (14; 14a) between the needle plate fingers (22; 22a) when reciprocated into the backing material; a series of gauge parts mounted below the tufting zone in a position to engage needles of said needle bar as the needles (14; 14a) are reciprocated into the backing material to form tufts of yarns in the backing material; and a control system, characterized in that the needle plate is equipped for reciprocal longitudinal movement from front-to-rear in a feeding direction, and in that the control system is arranged for controlling and synchronizing the backing shifter, needle drive, backing feed, and needle plate reciprocation. a needle bar having a series of needles (14; 14a) mounted transversely across the width of the tufting machine; backing feed rolls for feeding a backing material through a tufting zone of the tufting machine; a yarn feed mechanism for feeding a series of yarns to said needles; a backing shifter for shifting said backing feed rolls transversely across the tufting zone; a needle plate beneath the backing material having rearward extending needle plate fingers (22; 22a), wherein the series of needles pass (14; 14a) between the needle plate fingers (22; 22a) when reciprocated into the backing material; a series of gauge parts mounted below the tufting zone in a position to engage needles of said needle bar as the needles (14; 14a) are reciprocated into the backing material to form tufts of yarns in the backing material; and a control system, characterized in that the needle plate is equipped for reciprocal longitudinal movement from front-to-rear in a feeding direction, and in that the control system is arranged for controlling and synchronizing the backing shifter, needle drive, backing feed, and needle plate reciprocation.
A dehydrogenation reaction system comprising: a dehydrogenation reactor capable of the dehydrogenation of hydrocarbons; an offgas compressor capable of removing vapor from the dehydrogenation reactor via a styrene offgas stream and maintaining the pressure within the dehydrogenation reactor; a direct contact condenser located between the dehydrogenation reactor and the offgas compressor capable of contacting the styrene offgas stream with a quench stream prior to the styrene offgas stream exiting the direct contact condenser and entering the offgas compressor, wherein said direct contact condenser is installed in an offgas compressor suction knock out drum and includes a quench packing, a collector baffle and an overflow pipe; and further wherein the quench stream cools the offgas stream and enables the condensation of compounds within the offgas stream and wherein the quench stream comprises chilled water and wherein the dehydrogenation reaction system is used for the dehydrogenation of ethylbenzene to produce styrene. a dehydrogenation reactor capable of the dehydrogenation of hydrocarbons; an offgas compressor capable of removing vapor from the dehydrogenation reactor via a styrene offgas stream and maintaining the pressure within the dehydrogenation reactor; a direct contact condenser located between the dehydrogenation reactor and the offgas compressor capable of contacting the styrene offgas stream with a quench stream prior to the styrene offgas stream exiting the direct contact condenser and entering the offgas compressor, wherein said direct contact condenser is installed in an offgas compressor suction knock out drum and includes a quench packing, a collector baffle and an overflow pipe; and further wherein the quench stream cools the offgas stream and enables the condensation of compounds within the offgas stream and wherein the quench stream comprises chilled water and wherein the dehydrogenation reaction system is used for the dehydrogenation of ethylbenzene to produce styrene.
A secure element comprising: information including sensitive data and encoding rules, wherein the encoding rules define how data is stored in a provisionable device; the secure element further comprising: a provisioning program stored in a non-transitory medium operable to access the information, provide the information via a secure communication channel to an encoding device in response to the secure element receiving a request for the encoding rules and sensitive data, and cause the encoding device to utilize the information to provision the sensitive data to the provisionable device , wherein the secure element is a peripheral device to the encoding device. information including sensitive data and encoding rules, wherein the encoding rules define how data is stored in a provisionable device; the secure element further comprising: a provisioning program stored in a non-transitory medium operable to access the information, provide the information via a secure communication channel to an encoding device in response to the secure element receiving a request for the encoding rules and sensitive data, and cause the encoding device to utilize the information to provision the sensitive data to the provisionable device , wherein the secure element is a peripheral device to the encoding device. a provisioning program stored in a non-transitory medium operable to access the information, provide the information via a secure communication channel to an encoding device in response to the secure element receiving a request for the encoding rules and sensitive data, and cause the encoding device to utilize the information to provision the sensitive data to the provisionable device , wherein the secure element is a peripheral device to the encoding device.
A method for registering an optical network unit, ONU, applied to the ONU, comprising: determining (S110) a current work type of the ONU according to a work type supported currently by the ONU and a downlink message from an optical line terminal, OLT, wherein the downlink message is configured to indicate a work type of the ONU supported by the OLT; and completing (S120) a registration to the OLT based on the determined current work type of the ONU, wherein the work type of the ONU is selected from one of a non-low-latency work type and a low-latency work type, and wherein, in a case that the ONU supports a low-latency service uplink wavelength, a low-latency service downlink wavelength and an uplink wavelength for registration, the work type of the ONU is a first type of low-latency type among low-latency work types; and in a case that the ONU supports the low-latency service uplink wavelength, the low-latency service downlink wavelength, the uplink wavelength for registration and a downlink wavelength for registration, the work type of the ONU is a second type of low-latency type among the low-latency work types, wherein, the first type of low-latency type and the second type of low-latency type are different low-latency work types. determining (S110) a current work type of the ONU according to a work type supported currently by the ONU and a downlink message from an optical line terminal, OLT, wherein the downlink message is configured to indicate a work type of the ONU supported by the OLT; and completing (S120) a registration to the OLT based on the determined current work type of the ONU, wherein the work type of the ONU is selected from one of a non-low-latency work type and a low-latency work type, and wherein, in a case that the ONU supports a low-latency service uplink wavelength, a low-latency service downlink wavelength and an uplink wavelength for registration, the work type of the ONU is a first type of low-latency type among low-latency work types; and in a case that the ONU supports the low-latency service uplink wavelength, the low-latency service downlink wavelength, the uplink wavelength for registration and a downlink wavelength for registration, the work type of the ONU is a second type of low-latency type among the low-latency work types, wherein, the first type of low-latency type and the second type of low-latency type are different low-latency work types.
A filter rod for the a smoking article comprising: (a) a rod of filter material, and (b) a plug wrap surrounding the rod of filter material with overlapping side edges of the plug wrap being secured together with a plug wrap adhesive comprising a disintegration accelerating agent, in which the disintegration accelerating agent comprises an enzyme. (a) a rod of filter material, and (b) a plug wrap surrounding the rod of filter material with overlapping side edges of the plug wrap being secured together with a plug wrap adhesive comprising a disintegration accelerating agent, in which the disintegration accelerating agent comprises an enzyme.
A curl-resistant film, which does not curl when heated for at least one hour at 60°C, the film comprising: a polymeric substrate having a first side and a second side; a printable coating layer on the first side; an adhesive-receptive layer on the second side, wherein said adhesive-receptive layer is formed from a water-based coating that comprises at least an ionomer component, an acrylic emulsion, and an inorganic material; and a barrier layer to mineral-oil migration, wherein the barrier layer is located between the adhesive-receptive layer and the polymeric substrate, and wherein the barrier layer comprises polymers of polyvinyl alcohol, ethylene vinyl alcohol, polyester, polyamide, or combinations thereof; wherein the barrier layer provides a barrier to mineral-oil migration of 0.1 μg/day*dm 2 or less at 40°C for 40 days. a polymeric substrate having a first side and a second side; a printable coating layer on the first side; an adhesive-receptive layer on the second side, wherein said adhesive-receptive layer is formed from a water-based coating that comprises at least an ionomer component, an acrylic emulsion, and an inorganic material; and a barrier layer to mineral-oil migration, wherein the barrier layer is located between the adhesive-receptive layer and the polymeric substrate, and wherein the barrier layer comprises polymers of polyvinyl alcohol, ethylene vinyl alcohol, polyester, polyamide, or combinations thereof; wherein the barrier layer provides a barrier to mineral-oil migration of 0.1 μg/day*dm 2 or less at 40°C for 40 days.
Device for separating feed material , having a plurality of rotation elements designed as screw conveyors, the rotation elements forming a deck , and the rotation element having a core tube and a helix running spirally around the core tube , characterized in that at least one further rotation element designed as a screw conveyor is arranged below the rotation elements forming the deck , in that the further rotation element is provided for cleaning an intermediate space between two directly adjacent rotation elements of the deck , and in that the further rotation element has a core tube and a helix running spirally around the core tube .