mhurhangee/patent-ind-claim-en huggingface dataset:
A non-natural fiber or filament composition for manufacturing of knitted, woven or non-woven fabrics, the non-natural fiber or filament composition comprising: a. an herbal masterbatch, wherein the herbal masterbatch comprises: i. an herbal extract having average particle size of less than or equal to 50 microns, wherein the herbal extract comprises an extract of at-least one natural or herbal products; ii. at-least one coupling agent; and iii. polymer, wherein the ratio of the herbal extract to the polymer is 30:70 by wt. in the prepared natural or herbal masterbatch; and b. a base polymer; wherein the herbal masterbatch in a form of a filament yarn or a staple fiber and the base polymer is extruded together to form the non-natural fiber having at-least one of an anti-microbial property, an anti-odor property, a cooling property, and, wherein the amount by weight of herbal extract in the final non-natural fiber is between 0.1-5%. a. an herbal masterbatch, wherein the herbal masterbatch comprises: i. an herbal extract having average particle size of less than or equal to 50 microns, wherein the herbal extract comprises an extract of at-least one natural or herbal products; ii. at-least one coupling agent; and iii. polymer, wherein the ratio of the herbal extract to the polymer is 30:70 by wt. in the prepared natural or herbal masterbatch; and i. an herbal extract having average particle size of less than or equal to 50 microns, wherein the herbal extract comprises an extract of at-least one natural or herbal products; ii. at-least one coupling agent; and iii. polymer, wherein the ratio of the herbal extract to the polymer is 30:70 by wt. in the prepared natural or herbal masterbatch; and b. a base polymer;
A head for an oral care implement , the head having a longitudinal length extension extending between a proximal end and a distal end , an outer rim and an inner portion , the head comprising at least two tooth cleaning elements of a first type and a plurality of tooth cleaning elements of a second type , the tooth cleaning elements of the first type being arranged at the inner portion of the head , and the plurality of tooth cleaning elements of the second type being arranged at the outer rim of the head , thereby surrounding the tooth cleaning elements of the first type , the tooth cleaning elements of the first type being tufts of a first type comprising a plurality of filaments , the tufts of the first type being arranged substantially parallel to each other, each tuft of the first type having a substantially rectangular or oval cross-sectional shape with a longer length extension from about 4 mm to about 8 mm and a shorter width extension from about 1.5 mm to about 2.5 mm, wherein the longer length extension defines an angle α with respect to the longitudinal length extension of the head of about 25° to about 60°, wherein the head comprises at least three, preferably four tufts of the first type . the tooth cleaning elements of the first type being arranged at the inner portion of the head , and the plurality of tooth cleaning elements of the second type being arranged at the outer rim of the head , thereby surrounding the tooth cleaning elements of the first type , the tooth cleaning elements of the first type being tufts of a first type comprising a plurality of filaments , the tufts of the first type being arranged substantially parallel to each other, each tuft of the first type having a substantially rectangular or oval cross-sectional shape with a longer length extension from about 4 mm to about 8 mm and a shorter width extension from about 1.5 mm to about 2.5 mm, wherein the longer length extension defines an angle α with respect to the longitudinal length extension of the head of about 25° to about 60°, wherein the head comprises at least three, preferably four tufts of the first type .
Optical system for imaging an object (O), having - at least one first objective , - at least one first image stabilizing unit , and having - at least one first image plane , wherein - as seen from the first objective in the direction of the first image plane , the first objective is arranged first along a first optical axis , followed by the first image stabilizing unit and then the first image plane , - the first image stabilizing unit comprises at least one first optical unit and at least one second optical unit , and wherein - the second optical unit of the first image stabilizing unit is an optical roof prism unit, characterized in that - the first optical unit of the first image stabilizing unit is embodied so as to be rotatable about a first axis of rotation , - the second optical unit of the first image stabilizing unit is embodied so as to be rotatable about a second axis of rotation , - the first axis of rotation and the second axis of rotation are different axes, - the second optical unit of the first image stabilizing unit is embodied as a first roof prism, and in that - the first image stabilizing unit is embodied as an Abbe-König prism system. - at least one first objective , - at least one first image stabilizing unit , and having - at least one first image plane , - as seen from the first objective in the direction of the first image plane , the first objective is arranged first along a first optical axis , followed by the first image stabilizing unit and then the first image plane , - the first image stabilizing unit comprises at least one first optical unit and at least one second optical unit , and wherein - the second optical unit of the first image stabilizing unit is an optical roof prism unit, - the first optical unit of the first image stabilizing unit is embodied so as to be rotatable about a first axis of rotation , - the second optical unit of the first image stabilizing unit is embodied so as to be rotatable about a second axis of rotation , - the first axis of rotation and the second axis of rotation are different axes, - the second optical unit of the first image stabilizing unit is embodied as a first roof prism, and in that - the first image stabilizing unit is embodied as an Abbe-König prism system.
A controls system suitable for use an automated vehicle , said system comprising: a primary-control-device installed in a vehicle , said primary-control-device selectively enabled to allow operation from an operator-seat of the vehicle by an operator of the vehicle to control movement of the vehicle ; a secondary-control-device installed in the vehicle , said secondary-control-device selectively enabled to allow operation from a passenger-seat of the vehicle by a passenger of the vehicle to control movement of the vehicle ; an occupant-detection-device used to determine an operator-state-of-awareness of the operator and a passenger-state-of-awareness of the passenger ; a controller in communication with the primary-control-device , the secondary-control-device , and the operator-detection-device , said controller configured to selectively enable the secondary-control-device to override the primary-control-device when the passenger-state-of-awareness indicates greater awareness than the operator-state-of-awareness . a primary-control-device installed in a vehicle , said primary-control-device selectively enabled to allow operation from an operator-seat of the vehicle by an operator of the vehicle to control movement of the vehicle ; a secondary-control-device installed in the vehicle , said secondary-control-device selectively enabled to allow operation from a passenger-seat of the vehicle by a passenger of the vehicle to control movement of the vehicle ; an occupant-detection-device used to determine an operator-state-of-awareness of the operator and a passenger-state-of-awareness of the passenger ; a controller in communication with the primary-control-device , the secondary-control-device , and the operator-detection-device , said controller configured to selectively enable the secondary-control-device to override the primary-control-device when the passenger-state-of-awareness indicates greater awareness than the operator-state-of-awareness .
A sole of a shoe comprising: a forefoot support portion (R1) supporting a forefoot of a foot of a wearer; a midfoot support portion (R2) supporting a midfoot of the foot of the wearer; and a rearfoot support portion (R3) supporting a rearfoot of the foot of the wearer, the forefoot support portion, the midfoot support portion, and the rearfoot support portion being connected in order from a front side toward a rear side, wherein a ground contact portion having a portion positioned on a lowermost line connecting a lowermost point of the forefoot support portion and a lowermost point of the rearfoot support portion in a side view is formed in a medial-foot-side region of a bottom surface of the midfoot support portion, and a protrusion protruding toward a medial foot side is formed on a medial-foot-side side surface of the midfoot support portion, wherein, when a line connecting an outermost portion of the sole is defined as a sole outline and a line connecting a portion where the sole and an upper positioned above the sole are fixed is defined as a fixed line in a bottom view of the sole, the sole outline extends so as to surround a periphery of the fixed line, characterized in that in a region ranging from 30% to 60% of a dimension of the sole in a front-rear direction from a rear end of the sole, at the same position of the sole in the front-rear direction a distance in a foot width direction between a medial-foot-side portion of the sole outline and a medial-foot-side portion of the fixed line is longer than a distance in the foot width direction between a lateral-foot-side portion of the sole outline and a lateral-foot-side portion of the fixed line. a ground contact portion having a portion positioned on a lowermost line connecting a lowermost point of the forefoot support portion and a lowermost point of the rearfoot support portion in a side view is formed in a medial-foot-side region of a bottom surface of the midfoot support portion, and a protrusion protruding toward a medial foot side is formed on a medial-foot-side side surface of the midfoot support portion, wherein, when a line connecting an outermost portion of the sole is defined as a sole outline and a line connecting a portion where the sole and an upper positioned above the sole are fixed is defined as a fixed line in a bottom view of the sole, the sole outline extends so as to surround a periphery of the fixed line, characterized in that in a region ranging from 30% to 60% of a dimension of the sole in a front-rear direction from a rear end of the sole, at the same position of the sole in the front-rear direction a distance in a foot width direction between a medial-foot-side portion of the sole outline and a medial-foot-side portion of the fixed line is longer than a distance in the foot width direction between a lateral-foot-side portion of the sole outline and a lateral-foot-side portion of the fixed line.
A method comprising: supplying a wireless signal to sweep and detect one or more devices; receiving an indication the wireless signal was received by a device, wherein the wireless signal supplies sufficient power to the device to allow for authentication but is insufficient for normal operation of the device; authenticating the device; and based on the authenticating, spatially adjusting an amount of power provided by the wireless signal to the device to power the device for the normal operation. supplying a wireless signal to sweep and detect one or more devices; receiving an indication the wireless signal was received by a device, wherein the wireless signal supplies sufficient power to the device to allow for authentication but is insufficient for normal operation of the device; authenticating the device; and based on the authenticating, spatially adjusting an amount of power provided by the wireless signal to the device to power the device for the normal operation.
A spiral wound membrane module, comprising a perforated core having an axially extending internal bore; at least one membrane packet comprising a folded membrane sheet defining a first outer face, a first inner face, a second outer face and a second inner face, the fold of said folded membrane sheet being a leading edge of said membrane packet ; a feed screen positioned between said first and second inner faces so as to be sandwiched by the folded membrane sheet; a first permeate screen adjacent said first outer face of said membrane sheet defining a first permeate channel; a second permeate screen adjacent said second outer face of said membrane sheet defining a second permeate channel; and a wedge-shaped, fluid-impermeable support coupled to said leading edge of said membrane packet prior to winding so that upon winding of the packet , the support occupies all of the region where a void would otherwise form, wherein the wedge-shaped support is made of a compressible material such that it will conform to the shape of the void, and wherein a thicker end of the wedge-shaped support is coupled to the leading edge of the membrane packet prior to winding using adhesive means, ultrasonic welding means, heat welding means, or ultra-violet glue. a perforated core having an axially extending internal bore; at least one membrane packet comprising a folded membrane sheet defining a first outer face, a first inner face, a second outer face and a second inner face, the fold of said folded membrane sheet being a leading edge of said membrane packet ; a feed screen positioned between said first and second inner faces so as to be sandwiched by the folded membrane sheet; a first permeate screen adjacent said first outer face of said membrane sheet defining a first permeate channel; a second permeate screen adjacent said second outer face of said membrane sheet defining a second permeate channel; and a wedge-shaped, fluid-impermeable support coupled to said leading edge of said membrane packet prior to winding so that upon winding of the packet , the support occupies all of the region where a void would otherwise form, wherein the wedge-shaped support is made of a compressible material such that it will conform to the shape of the void, and wherein a thicker end of the wedge-shaped support is coupled to the leading edge of the membrane packet prior to winding using adhesive means, ultrasonic welding means, heat welding means, or ultra-violet glue.
An oral care mouth rinse composition comprising (i) at least one source of ionic tin and (ii) polyvinylpyrrolidone wherein the polyvinylpyrrolidone is present in an amount of from 2.20 to 3.00 weight %, based on the total weight of the oral care mouth rinse composition. (i) at least one source of ionic tin and (ii) polyvinylpyrrolidone
A method for identifying the type of fuel gas during the starting operation of a fuel-gas-operated heating device with an electronic gas-air mixer, wherein the heating device comprises at least one fan for conveying an air volume flow, a gas supply with a gas control element for the controlled supply of a fuel gas, a burner , an ignition unit for igniting the burner , a sensor arranged in the gas supply and over which the fuel gas flows, and a control device for controlling at least the air volume flow conveyed by the fan and the gas control element which determines a gas mass flow of fuel gas, wherein a. the sensor is configured as a gas mass sensor for determining a fuel gas mass of the fuel gas supplied to the burner and a physical property associated with the fuel gas, b. the physical property of the fuel gas is measured by the gas mass sensor and transmitted to the control device , c. the control device determines the type of fuel gas from the measured physical property of the fuel gas; d. the control device , as a function of a determined type of fuel gas, controls, on the gas control element , a first starting gas mass flow which is below an ignition limit of the fuel gas of the determined type of fuel gas, e. the supplied gas mass flow at constant air volume flow is increased starting from the starting gas mass flow during ignition attempts of the ignition unit until an ignition range of the determined combustion fuel type is exceeded, f. during the ignition attempts, an ignition of the burner is monitored and acquired. a. the sensor is configured as a gas mass sensor for determining a fuel gas mass of the fuel gas supplied to the burner and a physical property associated with the fuel gas, b. the physical property of the fuel gas is measured by the gas mass sensor and transmitted to the control device , c. the control device determines the type of fuel gas from the measured physical property of the fuel gas; d. the control device , as a function of a determined type of fuel gas, controls, on the gas control element , a first starting gas mass flow which is below an ignition limit of the fuel gas of the determined type of fuel gas, e. the supplied gas mass flow at constant air volume flow is increased starting from the starting gas mass flow during ignition attempts of the ignition unit until an ignition range of the determined combustion fuel type is exceeded, f. during the ignition attempts, an ignition of the burner is monitored and acquired.
System composed of a first hand-held power tool and a second hand-held power tool , each having a percussion mechanism , each having a motor , each having a transmission that comprises the percussion mechanism and that is designed to transmit a driving motion of the motor to an insert tool accommodated in a tool receiver , wherein the respective transmissions have a guide tube that is identical in regions along a working axis and in which a striker is carried in an axially movable manner, wherein the guide tube is rotatably coupled to the motor via a first transmission unit , and wherein the striker can be driven in a linearly oscillating manner via a piston of a second transmission unit , wherein a ratio between a diameter of the tool receiver and a diameter of the guide tube in the case of the first hand-held power tool is 1.8 times greater than in the case of the second hand-held power tool , characterized in that a single-strike energy of the second hand-held power tool is mechanically reduced in comparison with a single-strike energy of the first hand-held power tool . wherein a ratio between a diameter of the tool receiver and a diameter of the guide tube in the case of the first hand-held power tool is 1.8 times greater than in the case of the second hand-held power tool , characterized in that a single-strike energy of the second hand-held power tool is mechanically reduced in comparison with a single-strike energy of the first hand-held power tool .
A method for validating a new validator for a proof-of-origin, PoO, blockchain comprising receiving an announce message comprising: a unique tag that uniquely identifies one fixed communication line of a subscriber of a fixed communication operator; a peer identifier of the new validator; an identifier of an authorised signer, and a cryptographic signature of the authorised signer over at least the unique tag, and the peer identifier; verifying validity of the announce message; the verifying comprising checking from the PoO blockchain that the authorised signer is registered on the PoO blockchain as an authorised signer; and the verifying comprising checking the cryptographic signature of the authorised signer in the announce message; if each checking of the verifying is positive, then accepting the new validator for the PoO blockchain and mapping in the PoO blockchain the unique tag with at least the peer identifier, otherwise refusing the new validator. receiving an announce message comprising: a unique tag that uniquely identifies one fixed communication line of a subscriber of a fixed communication operator; a peer identifier of the new validator; an identifier of an authorised signer, and a cryptographic signature of the authorised signer over at least the unique tag, and the peer identifier; verifying validity of the announce message; the verifying comprising checking from the PoO blockchain that the authorised signer is registered on the PoO blockchain as an authorised signer; and the verifying comprising checking the cryptographic signature of the authorised signer in the announce message; if each checking of the verifying is positive, then accepting the new validator for the PoO blockchain and mapping in the PoO blockchain the unique tag with at least the peer identifier, otherwise refusing the new validator.
A knife assembly comprising: a knife carrier having a distal portion defining a first engagement portion ; and a knife having a proximal portion and a distal portion, the distal portion defining a cutting edge , the proximal portion defining a second engagement portion that is coupled to the first engagement portion to releasably secure the knife to the knife carrier, wherein the knife can be uncoupled from the first engagement portion of the knife carrier upon application of a predetermined force to the knife, characterized in that the first engagement portion is defined by a plurality of resilient fingers formed on the distal portion of the knife carrier a knife carrier having a distal portion defining a first engagement portion ; and a knife having a proximal portion and a distal portion, the distal portion defining a cutting edge , the proximal portion defining a second engagement portion that is coupled to the first engagement portion to releasably secure the knife to the knife carrier, wherein the knife can be uncoupled from the first engagement portion of the knife carrier upon application of a predetermined force to the knife, characterized in that the first engagement portion is defined by a plurality of resilient fingers formed on the distal portion of the knife carrier
A continuous process for devulcanization and recycling of of sulfur-vulcanized rubber, characterized in that it comprises the following steps: a) Collecting the rubber waste from various industries; b) Recycling the material from step a) into a grinder, thereby providing milled material with approx. 5 to 10 cm; c) Successive milling until the material reaches a grain of about 5 to 7 mm; d) Adding additives such as calcium carbide, silica, resin, oil, nucleophilic catalysts and co-catalysts, wherein said nucleophilic catalysts is powdered cement and said co-catalysts is copper salts; e) Homogenizing the mixture of step d); f) Feeding the mixture from step d) into a reactor extruder with a self-cleaning spindle and a disc, which operates continuously in a closed circuit having inside temperatures and pressures ranging from 120 to 500°C, preferably 200 to 320°C, and 80 and 100 bar; g) Cooling the mixture to a room temperature ranging from 20 to 30°C, thus completing the devulcanization process. a) Collecting the rubber waste from various industries; b) Recycling the material from step a) into a grinder, thereby providing milled material with approx. 5 to 10 cm; c) Successive milling until the material reaches a grain of about 5 to 7 mm; d) Adding additives such as calcium carbide, silica, resin, oil, nucleophilic catalysts and co-catalysts, wherein said nucleophilic catalysts is powdered cement and said co-catalysts is copper salts; e) Homogenizing the mixture of step d); f) Feeding the mixture from step d) into a reactor extruder with a self-cleaning spindle and a disc, which operates continuously in a closed circuit having inside temperatures and pressures ranging from 120 to 500°C, preferably 200 to 320°C, and 80 and 100 bar; g) Cooling the mixture to a room temperature ranging from 20 to 30°C, thus completing the devulcanization process.