mhurhangee/patent-ind-claim-en huggingface dataset:
A carbon-based porous material, having a structure of 3D hierarchical porous network microscopically, and having 500∼2,500m 2 /g specific surface area and a water contact angle greater than 90°, wherein the content of macropores in the carbon-based porous material is 1∼10%, the content of micropores is 20∼65% and the content of mesopores in the carbon-based porous material is 30∼70%, wherein the macropore content, the mesopore content and the micropore content is each expressed as a ratio of pore volume of macropores or mesopores or micropores to the total pore volume of the pores and the pore volume of these pores, and the specific surface area are measured with a BET nitrogen adsorption method, and the water contact angle is determined as indicated in the description.
Carrier pot for a brake disc , having a radially internal hub ring portion for securing to a wheel hub and having a radially external brake disc ring portion for securing to the brake disc , wherein the hub ring portion and/or the brake disc ring portion has/have at least one securing location for securing to the wheel hub or the brake disc , characterized in that the carrier pot is produced from a fibre plastics composite which has a plurality of fibre layers , wherein the fibres of at least two adjacent fibre layers are orientated so as to extend differently relative to each other, and in that at least one additional support fibre which surrounds the respective securing location in an at least substantially ring-like manner is present.
A tissue retractor comprising: a longitudinal axis defining an instrument access channel extending from a proximal end to a distal end; an outer ring ; an inner ring ; and a flexible sheath extending between the outer ring and the inner ring , the instrument access channel extending through the outer ring , the inner ring , and the flexible sheath , wherein: the inner ring comprises a plurality of arcuate members connected together to define a closed loop, wherein one or more of the plurality of arcuate members are rotatable relative to an adjacent member thereby reshaping a shape of the inner ring , and the inner ring further comprising a plurality of straight members , the plurality of arcuate members and the plurality of straight members being connected end-to-end to define a closed loop having convex and concave sections. a longitudinal axis defining an instrument access channel extending from a proximal end to a distal end; an outer ring ; an inner ring ; and a flexible sheath extending between the outer ring and the inner ring , the instrument access channel extending through the outer ring , the inner ring , and the flexible sheath , wherein: the inner ring comprises a plurality of arcuate members connected together to define a closed loop, wherein one or more of the plurality of arcuate members are rotatable relative to an adjacent member thereby reshaping a shape of the inner ring , and the inner ring further comprising a plurality of straight members , the plurality of arcuate members and the plurality of straight members being connected end-to-end to define a closed loop having convex and concave sections. the inner ring comprises a plurality of arcuate members connected together to define a closed loop, wherein one or more of the plurality of arcuate members are rotatable relative to an adjacent member thereby reshaping a shape of the inner ring , and the inner ring further comprising a plurality of straight members , the plurality of arcuate members and the plurality of straight members being connected end-to-end to define a closed loop having convex and concave sections.
A flooring product, comprising: an upper flooring material; a glassless wet-laid nonwoven mat coupled with the upper flooring material, the glassless wet-laid nonwoven mat comprising: a plurality of polymeric fibers and a binder, wherein: the plurality of polymeric fibers have a linear mass density of between about 1.0 denier and 4.0 denier; the plurality of polymeric fibers have lengths of between about 6 mm and 25 mm; the binder has a loss on ignition of at least about 20%; and the glassless wet-laid nonwoven mat has a hot-wet% of at least about 20%, said hot/wet (%) testing is performed on 7.62cmX30.48cm (3"X12") strips being submerged in water bath with Deionized (DI) water at 81° ± 1° C (180°± 2° F) for 10 minutes and hot-wet (%) is average of CD wet tensile strength divided by average of CD dry tensile strength, the glassless wet-laid nonwoven mat having a basis weight of between 24.41 g/m 2 and 97.65 g/m 2 (0.5 lb/100ft 2 and 2.0 lb/100ft 2 ). an upper flooring material; a glassless wet-laid nonwoven mat coupled with the upper flooring material, the glassless wet-laid nonwoven mat comprising: a plurality of polymeric fibers and a binder, wherein: the plurality of polymeric fibers have a linear mass density of between about 1.0 denier and 4.0 denier; the plurality of polymeric fibers have lengths of between about 6 mm and 25 mm; the binder has a loss on ignition of at least about 20%; and the glassless wet-laid nonwoven mat has a hot-wet% of at least about 20%, said hot/wet (%) testing is performed on 7.62cmX30.48cm (3"X12") strips being submerged in water bath with Deionized (DI) water at 81° ± 1° C (180°± 2° F) for 10 minutes and hot-wet (%) is average of CD wet tensile strength divided by average of CD dry tensile strength, the glassless wet-laid nonwoven mat having a basis weight of between 24.41 g/m 2 and 97.65 g/m 2 (0.5 lb/100ft 2 and 2.0 lb/100ft 2 ). the plurality of polymeric fibers have a linear mass density of between about 1.0 denier and 4.0 denier; the plurality of polymeric fibers have lengths of between about 6 mm and 25 mm; the binder has a loss on ignition of at least about 20%; and the glassless wet-laid nonwoven mat has a hot-wet% of at least about 20%, said hot/wet (%) testing is performed on 7.62cmX30.48cm (3"X12") strips being submerged in water bath with Deionized (DI) water at 81° ± 1° C (180°± 2° F) for 10 minutes and hot-wet (%) is average of CD wet tensile strength divided by average of CD dry tensile strength, the glassless wet-laid nonwoven mat having a basis weight of between 24.41 g/m 2 and 97.65 g/m 2 (0.5 lb/100ft 2 and 2.0 lb/100ft 2 ).
Gripper having a main gripper body , having at least one first gripper finger (16.1), which is mounted adjustable in relation to the main gripper body by means of a gripping-finger mount , and having at least one second gripper finger (16.2), which interacts with the first gripper finger (16.1), and also having a motor-drivable gear mechanism , which is designed so that the at least one first gripper finger (16.1), which is mounted adjustable by means of the gripping-finger mount , is thereby adjusted relative to the main gripper body , and relative to the at least one second gripper finger (16.2), such that the movement of the first gripper finger (16.1) can generate a clamping force (K), by means of which an object can be held with clamping action by the gripper , wherein the gear mechanism has a first gear-mechanism member (21.1), which is connected to the first gripper finger (16.1), and has a second gear-mechanism member (21.2), which is mounted on the main gripper body , to be precise by means of a gear-mechanism-member bearing arrangement , which is separate from the gripping-finger mount and has a first gear-mechanism-member bearing (25.1), which is designed so that it separately absorbs only the gear-mechanism bearing reaction force (R), which acts in alignment with the clamping force (K), wherein the gear-mechanism-member bearing arrangement is assigned a sensor , which is designed to sense the gear-mechanism bearing reaction force (R).
A color coded oral care product packaging system comprising: a plurality of packages , each of which contains at least one of a plurality of oral care products, wherein each of the plurality of oral care products is configured to achieve one of a plurality of different oral care benefits, wherein the plurality of packages comprises a first package containing an oral care implement or toothbrush , a second package containing a mouthwash solution, and a third package containing a toothpaste or dentifrice or a tube containing toothpaste or dentifrice ; and a color coding system comprising a plurality of colors, each of the plurality of colors selected to be indicative of a specific one of the plurality of oral care benefits, wherein each of the plurality of packages comprises, on a visible area, a designated area having a color of the plurality of colors that is indicative of the oral care benefit which the oral care product in that package is configured to achieve, wherein the first, second and third packages are color coded with the same color, such that a consumer can readily determine that the products contained within each of the first, second and third packages are intended to be used together to optimize the benefit of each. a plurality of packages , each of which contains at least one of a plurality of oral care products, wherein each of the plurality of oral care products is configured to achieve one of a plurality of different oral care benefits, wherein the plurality of packages comprises a first package containing an oral care implement or toothbrush , a second package containing a mouthwash solution, and a third package containing a toothpaste or dentifrice or a tube containing toothpaste or dentifrice ; and a color coding system comprising a plurality of colors, each of the plurality of colors selected to be indicative of a specific one of the plurality of oral care benefits, wherein each of the plurality of packages comprises, on a visible area, a designated area having a color of the plurality of colors that is indicative of the oral care benefit which the oral care product in that package is configured to achieve, wherein the first, second and third packages are color coded with the same color, such that a consumer can readily determine that the products contained within each of the first, second and third packages are intended to be used together to optimize the benefit of each.
A communication cable comprising: a plurality of twisted pairs of insulated conductors, each twisted pair of the plurality of twisted pairs having an effective pair lay length being equal to a pair lay length combined with a strand lay length; and a laminated film having at least one layer of metallic shapes and an insulating substrate, wherein the film is wrapped around the plurality of twisted pairs, said metallic shapes being formed from a metal layer of said laminated film, said metallic shapes having a thickness in the range of approximately 0.1 micrometer to approximately 100 micrometer, characterized in that said metallic shapes lengths are selected to avoid integer or half-integer multiples of effective pair lay lengths of said plurality of twisted pairs. a plurality of twisted pairs of insulated conductors, each twisted pair of the plurality of twisted pairs having an effective pair lay length being equal to a pair lay length combined with a strand lay length; and a laminated film having at least one layer of metallic shapes and an insulating substrate, wherein the film is wrapped around the plurality of twisted pairs, said metallic shapes being formed from a metal layer of said laminated film, said metallic shapes having a thickness in the range of approximately 0.1 micrometer to approximately 100 micrometer, characterized in that said metallic shapes lengths are selected to avoid integer or half-integer multiples of effective pair lay lengths of said plurality of twisted pairs.
A screw compressor having at least one screw rotor which is arranged such that it can be rotated about an axis of rotation arranged in the axial direction, wherein the at least one screw rotor is arranged in a compression space , which is designed to be at least in sections fluid-tight in the direction of the surroundings and opens out into a high-pressure volume , wherein the compressor also has a Vi slide for influencing an internal volume ratio of the compressor, wherein the Vi slide forms, at least in part, a portion of the fluid-tight boundary of the compression space and is arranged such that it can be displaced in position in the axial direction, characterized in that the Vi slide can be displaced in a stepless manner and the compressor has a device for sensing the slide position.
Drawer with a bottom , a rear wall , a front wall, side walls and a container combination, wherein the container combination comprises - a first container , in particular a waste container, with a top side of the first container - a small container , which has a lower height than the first container , with a small container top side, characterized in that the container combination comprises an adapter container provided and adapted to be arranged in the container combination below the small container for lifting the small container within the container combination so that the top side of the first container and the top side of the small container are arranged at substantially the same height. - a first container , in particular a waste container, with a top side of the first container - a small container , which has a lower height than the first container , with a small container top side, characterized in that
Novaluron for use in the prophylaxis of blow fly strike in sheep.
A method of transmitting data in USB packets comprised in one or several transport packets, over a communications network, executed by a node of the communications network, the communications network being configured to forward transport packets in a differentiated manner based on quality-of-service parameter values assigned to the transport packets, wherein each USB packet forms part of a USB data transfer having a respective set of transmission requirements derived from the USB context of the USB data transfer, the method comprising: parsing (S01,S11) header data of one of the transport packets being output by a USB-data source device, the one transport packet comprises the data in USB packets, to identify the USB context belonging to the USB data transfer through detecting a label administered by the USB-data-source device, the label indicates at least one of: - the USB transfer type of the USB data transfer, - the USB pipe of the USB data transfer, - the specific USB data transfer, and - the USB device type and model of a USB device participating in the USB data transfer; and assigning (S02), to the transport packet comprising the data in USB packets, at least one quality-of-service parameter that depends on the USB context of the USB data transfer. parsing (S01,S11) header data of one of the transport packets being output by a USB-data source device, the one transport packet comprises the data in USB packets, to identify the USB context belonging to the USB data transfer through detecting a label administered by the USB-data-source device, the label indicates at least one of: - the USB transfer type of the USB data transfer, - the USB pipe of the USB data transfer, - the specific USB data transfer, and - the USB device type and model of a USB device participating in the USB data transfer; and - the USB transfer type of the USB data transfer, - the USB pipe of the USB data transfer, - the specific USB data transfer, and - the USB device type and model of a USB device participating in the USB data transfer; and assigning (S02), to the transport packet comprising the data in USB packets, at least one quality-of-service parameter that depends on the USB context of the USB data transfer.
Roller receptacle with a receiving bearing (9.1, 9.2, 9.3) for receiving washing rollers and placing them on a washing bucket, comprising a receiving side and an attaching side , wherein the receiving side comprises a receiving wall (8, 8.1) having the receiving bearing (9.1, 9.2, 9.3) for rotatably receiving the washing rollers, and wherein the attaching side comprises an attachment groove which allows the respective roller receptacle to be attached to the edge of the washing bucket according to the tongue and groove principle, wherein the attachment groove on the attaching side is U-shaped in cross-section, characterized in that the receiving side comprises a drain channel (7, 7.1 ), a drain edge , a frame and the receiving wall (8, 8.1), wherein the drain channel (7, 7.1) is bounded on one side by the receiving wall (8, 8.1) and on the other side by a rear side of the attachment groove , and wherein the rounded drainage edge is situated at the rear side of the attachment groove and in conjunction with the circumferential frame is suitable for ensuring the targeted discharge of water into the drain channel (7, 7.1).
Automotive lighting module comprising a main support , comprising a main connector and a first and second auxiliary connectors, which are in electrical connection with the main connector ; a first printed circuit board which is fixed directly to the main support and is electrically connected to the first auxiliary connector ; and a second printed circuit board which is fixed directly to the main support and is electrically connected to the second auxiliary connector ; wherein when the main support is connected to a main supply by means of the main connector , the main support is suitable for providing electric supply and/or signals to the first and second printed circuit boards characterized in that - the main support comprises expansion grooves , to absorb expansion stresses so that the distance between the first and second auxiliary connectors adapts to the position of the first and second printed circuit boards; - one expansion groove starts in a first side of the main support and another expansion groove starts in a second side different from the first side; and - the first side and the second side are opposite. a main support , comprising a main connector and a first and second auxiliary connectors, which are in electrical connection with the main connector ; a first printed circuit board which is fixed directly to the main support and is electrically connected to the first auxiliary connector ; and a second printed circuit board which is fixed directly to the main support and is electrically connected to the second auxiliary connector ; wherein when the main support is connected to a main supply by means of the main connector , the main support is suitable for providing electric supply and/or signals to the first and second printed circuit boards characterized in that - the main support comprises expansion grooves , to absorb expansion stresses so that the distance between the first and second auxiliary connectors adapts to the position of the first and second printed circuit boards; - one expansion groove starts in a first side of the main support and another expansion groove starts in a second side different from the first side; and - the first side and the second side are opposite. - the main support comprises expansion grooves , to absorb expansion stresses so that the distance between the first and second auxiliary connectors adapts to the position of the first and second printed circuit boards; - one expansion groove starts in a first side of the main support and another expansion groove starts in a second side different from the first side; and - the first side and the second side are opposite.
A user equipment, UE , comprising: a receiving unit configured to receive indication information indicating whether a non-anchor physical resource block, PRB, is in an in-band frequency band of LTE or in a guard band frequency band of LTE, and to receive, in a case that the non-anchor PRB is in the in-band frequency band, and an anchor PRB is in the guard band frequency band, an RRC signaling including a non-anchor PRB configuration, the non-anchor PRB configuration indicating a location of the non-anchor PRB, the non-anchor PRB configuration being an offset of the non-anchor PRB from a PRB in the middle of an LTE bandwidth; and a determining unit configured to determine, based on the non-anchor PRB configuration, the location of the non-anchor PRB in a set of LTE in-band PRBs, wherein the non-anchor PRB is different from the anchor PRB in that: the non-anchor PRB is a PRB used by the UE for receiving a unicast transmission related to NarrowBand IOT, NB-IoT, but not used by the UE for receiving a primary synchronization signal, PSS, a secondary synchronization signal, SSS, a master system information block, MIB, and a system information block, SIB, each of which is related to the NB-IoT; and the anchor PRB is a PRB used by the UE for receiving the PSS, the SSS, the MIB, and/or the SIB. a receiving unit configured to receive indication information indicating whether a non-anchor physical resource block, PRB, is in an in-band frequency band of LTE or in a guard band frequency band of LTE, and to receive, in a case that the non-anchor PRB is in the in-band frequency band, and an anchor PRB is in the guard band frequency band, an RRC signaling including a non-anchor PRB configuration, the non-anchor PRB configuration indicating a location of the non-anchor PRB, the non-anchor PRB configuration being an offset of the non-anchor PRB from a PRB in the middle of an LTE bandwidth; and a determining unit configured to determine, based on the non-anchor PRB configuration, the location of the non-anchor PRB in a set of LTE in-band PRBs, wherein the non-anchor PRB is different from the anchor PRB in that: the non-anchor PRB is a PRB used by the UE for receiving a unicast transmission related to NarrowBand IOT, NB-IoT, but not used by the UE for receiving a primary synchronization signal, PSS, a secondary synchronization signal, SSS, a master system information block, MIB, and a system information block, SIB, each of which is related to the NB-IoT; and the anchor PRB is a PRB used by the UE for receiving the PSS, the SSS, the MIB, and/or the SIB. the non-anchor PRB is a PRB used by the UE for receiving a unicast transmission related to NarrowBand IOT, NB-IoT, but not used by the UE for receiving a primary synchronization signal, PSS, a secondary synchronization signal, SSS, a master system information block, MIB, and a system information block, SIB, each of which is related to the NB-IoT; and the anchor PRB is a PRB used by the UE for receiving the PSS, the SSS, the MIB, and/or the SIB.
A method for producing dioic acids from a substrate containing hydrocarbons or fatty acids using a Candida infanticola strain.
A thermal surgical tool comprising: an electrical conductor with a first section and a second section; and a ferromagnetic coating on the electrical conductor , positioned between and delimiting the first section and the second section, the ferromagnetic coating covering a portion of the electrical conductor between the first section and the second section, wherein the ferromagnetic coating converts oscillating electrical energy passing through the electrical conductor into thermal energy for treating tissue, wherein the ferromagnetic coating has a thickness between 0.05 micrometers and 500 micrometers. an electrical conductor with a first section and a second section; and a ferromagnetic coating on the electrical conductor , positioned between and delimiting the first section and the second section, the ferromagnetic coating covering a portion of the electrical conductor between the first section and the second section, wherein the ferromagnetic coating converts oscillating electrical energy passing through the electrical conductor into thermal energy for treating tissue, wherein the ferromagnetic coating has a thickness between 0.05 micrometers and 500 micrometers.