mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing an article of footwear , the method comprising: receiving recycled plastic material; grinding the recycled plastic material into ground recycled material; processing the ground recycled material into processed recycled material, the processing including adding a resin and a foaming agent to the ground recycled material; placing the processed recycled material into an internal cavity of a final mold shaped like a footwear segment of the article of footwear; forming the footwear segment including heating the processed recycled material past a threshold activation temperature of the foaming agent such that the foaming agent causes the processed recycled material to expand and fill the internal cavity of the final mold; and extracting the formed footwear segment from the final mold; wherein placing the processed recycled material into the internal cavity of the final mold includes: forming a preform of the processed recycled material; prior to placing the preform into the internal cavity, scattering a first portion of the ground recycled material around the internal cavity of the final mold; and placing the preform into the internal cavity of the final mold. receiving recycled plastic material; grinding the recycled plastic material into ground recycled material; processing the ground recycled material into processed recycled material, the processing including adding a resin and a foaming agent to the ground recycled material; placing the processed recycled material into an internal cavity of a final mold shaped like a footwear segment of the article of footwear; forming the footwear segment including heating the processed recycled material past a threshold activation temperature of the foaming agent such that the foaming agent causes the processed recycled material to expand and fill the internal cavity of the final mold; and extracting the formed footwear segment from the final mold; wherein placing the processed recycled material into the internal cavity of the final mold includes: forming a preform of the processed recycled material; prior to placing the preform into the internal cavity, scattering a first portion of the ground recycled material around the internal cavity of the final mold; and placing the preform into the internal cavity of the final mold. forming a preform of the processed recycled material; prior to placing the preform into the internal cavity, scattering a first portion of the ground recycled material around the internal cavity of the final mold; and placing the preform into the internal cavity of the final mold.
Ultrasonic system comprising: - generator means of ultrasonic microvibrations; - waveguide means connected to and extending away from the generator means so as to bend at least in part; - an operating element joined to a stationary bending node of the waveguide means , so that the flexural microvibrations are transmitted by the waveguide means to the operating element as alternate torsional or flexural microvibrations; - said generator means comprise at least one ultrasonic transducer arranged coaxially to a prevailing development direction (Z) of the waveguide means ; and wherein - the distal portion of said waveguide means extends along a direction of development of the waveguide means defining an axis of waveguide means (Z or D); and wherein - said operating element joined to a stationary bending node of the waveguide means extends along a direction defining a secondary or tertiary axis (Y or X); and wherein - said axis of waveguide means (Z or D) and said secondary or tertiary axis (Y or X) are substantially orthogonal and incident to each other and define a single plane (P or S); and wherein - said axis of waveguide means (D) and said secondary or tertiary axis (Y or X) are incident to each other and form an angle between 85 DEG and 125 DEG, preferably 90 DEG; and wherein - the axes (Y or X, Z, D) of the operating element , generator means and waveguide means are coplanar. - generator means of ultrasonic microvibrations; - waveguide means connected to and extending away from the generator means so as to bend at least in part; - an operating element joined to a stationary bending node of the waveguide means , so that the flexural microvibrations are transmitted by the waveguide means to the operating element as alternate torsional or flexural microvibrations; - said generator means comprise at least one ultrasonic transducer arranged coaxially to a prevailing development direction (Z) of the waveguide means ; - the distal portion of said waveguide means extends along a direction of development of the waveguide means defining an axis of waveguide means (Z or D); and wherein - said operating element joined to a stationary bending node of the waveguide means extends along a direction defining a secondary or tertiary axis (Y or X); and wherein - said axis of waveguide means (Z or D) and said secondary or tertiary axis (Y or X) are substantially orthogonal and incident to each other and define a single plane (P or S); - said axis of waveguide means (D) and said secondary or tertiary axis (Y or X) are incident to each other and form an angle between 85 DEG and 125 DEG, preferably 90 DEG; and wherein - the axes (Y or X, Z, D) of the operating element , generator means and waveguide means are coplanar.
Method for automated control of a least one machine component in a plant wherein the machine component is controlled by an automation component , the plant having a safety area monitored by means of at least one safety sensor and the machine component performing a protective action if a hazardous situation detected by the safety sensor for protection objects , in particular persons and/or valuables, arises, characterized in that the machine component is linked to an automation component via a secure bus connection , wherein the automation component controls the machine component by transmitting control commands via the secure bus connection to the machine component and the automation component receives fed-back feedback signals as process data from the machine component via the secure bus connection , wherein the safety sensor is connected to the automation component via the secure bus connection , wherein a measurement pattern (M), containing uncompressed measurement data of the safety sensor , is transmitted over the secure bus connection to the automation component , the automation component ascertaining the presence of a hazardous situation on the basis of the measurement pattern (M) and by using process data of the control of the machine component and activating the machine component to perform a protective action.
A method performed by a user equipment , UE, for wireless communication with a network node during a slot, comprising: determining , based on control information corresponding to the slot, that the UE is to transmit acknowledgement, ACK, or negative acknowledgement NACK, feedback in the slot for a downlink signal received by the UE in the slot; characterized in that the method further comprises: after the downlink signal is fully received and before transmission of the ACK or NACK feedback begins, receiving an intermediate downlink signal from the network node .
A computer-implemented defect prediction method for a device manufacturing process involving processing a pattern onto a substrate, the method comprising: identifying hot spots from the pattern; obtaining measured values of processing parameters under which the hot spots are processed, and/or obtaining inferred values of the processing parameters under which the hot spots are processed from data obtained from metrology performed on the substrate, wherein the measured and/or inferred values of the processing parameters are values of lithographic parameters or processing conditions corresponding to locations on the substrate associated with said hot spots; and predicting , using the measured or inferred values of the processing parameters or a value derived therefrom, an existence, probability of existence, a characteristic, or a combination thereof, of a defect produced from the hot spots with the device manufacturing process. identifying hot spots from the pattern; obtaining measured values of processing parameters under which the hot spots are processed, and/or obtaining inferred values of the processing parameters under which the hot spots are processed from data obtained from metrology performed on the substrate, wherein the measured and/or inferred values of the processing parameters are values of lithographic parameters or processing conditions corresponding to locations on the substrate associated with said hot spots; and predicting , using the measured or inferred values of the processing parameters or a value derived therefrom, an existence, probability of existence, a characteristic, or a combination thereof, of a defect produced from the hot spots with the device manufacturing process.
A block copolymer comprising: - at least one polyamide block, - at least one polyolefin block being a homopolymer or copolymer comprising one or several olefin units, chosen from ethylene, propylene, butene-1, octene-1 and butadiene, - at least one alkylene block derived from a C 2 -C 36 diacid, being an aliphatic, linear, saturated chain; and said block copolymer having a molten viscosity ranging from 300 Pa.s to 20,000 Pa.s, in particular from 300 to 15,000 Pa.s, measured at 230°C by oscillatory rheology, at a frequency of 1 Hz and 5% deformation according to ISO standard 6721-10:1999, the copolymer having the following formula: PA-(R-Pol-R-PA)n-R-Pol-R-PA With n between 0 and 100, in particular from 0 to 10, preferably 0 or 1, PA designating the polyamide block, R designating the alkylene block, Pol designating the polyolefin block, said block copolymer comprising a polyolefin block content of between 2 and 98% by weight relative to the total weight of the block copolymer. - at least one polyamide block, - at least one polyolefin block being a homopolymer or copolymer comprising one or several olefin units, chosen from ethylene, propylene, butene-1, octene-1 and butadiene, - at least one alkylene block derived from a C 2 -C 36 diacid, being an aliphatic, linear, saturated chain; and said block copolymer having a molten viscosity ranging from 300 Pa.s to 20,000 Pa.s, in particular from 300 to 15,000 Pa.s, measured at 230°C by oscillatory rheology, at a frequency of 1 Hz and 5% deformation according to ISO standard 6721-10:1999, the copolymer having the following formula: PA-(R-Pol-R-PA)n-R-Pol-R-PA With n between 0 and 100, in particular from 0 to 10, preferably 0 or 1, PA designating the polyamide block, R designating the alkylene block, Pol designating the polyolefin block, said block copolymer comprising a polyolefin block content of between 2 and 98% by weight relative to the total weight of the block copolymer. and said block copolymer having a molten viscosity ranging from 300 Pa.s to 20,000 Pa.s, in particular from 300 to 15,000 Pa.s, measured at 230°C by oscillatory rheology, at a frequency of 1 Hz and 5% deformation according to ISO standard 6721-10:1999, the copolymer having the following formula: PA-(R-Pol-R-PA)n-R-Pol-R-PA With n between 0 and 100, in particular from 0 to 10, preferably 0 or 1, PA designating the polyamide block, R designating the alkylene block, Pol designating the polyolefin block, said block copolymer comprising a polyolefin block content of between 2 and 98% by weight relative to the total weight of the block copolymer.
An insole for footwear comprising: a base layer comprising: a variable thickness layer having variable thickness configured to control stiffness of the insole in different zones, wherein the variable thickness layer comprises a first portion having a first thickness and a second portion having a second thickness that is different than the first thickness; a directional stiffness layer comprising one or more patterns configured to generate a first flexibility in one direction and a second flexibility in a second direction that is different than the first direction; a stability layer ; and a reinforcement layer providing additional strength in a heel area of the insole subject to high tensile forces at heel impact or configured to provide support in response to tensile forces from rotation of the base layer at the heel area of the insole, wherein the reinforcement layer comprises a first portion extending along a lateral side of the base layer . a variable thickness layer having variable thickness configured to control stiffness of the insole in different zones, wherein the variable thickness layer comprises a first portion having a first thickness and a second portion having a second thickness that is different than the first thickness; a directional stiffness layer comprising one or more patterns configured to generate a first flexibility in one direction and a second flexibility in a second direction that is different than the first direction; a stability layer ; and a reinforcement layer providing additional strength in a heel area of the insole subject to high tensile forces at heel impact or configured to provide support in response to tensile forces from rotation of the base layer at the heel area of the insole, wherein the reinforcement layer comprises a first portion extending along a lateral side of the base layer .
Electronic chip comprising: a first and a second analog input connection pads; an analog output connection pad ; a digital circuit ; an analog-to-digital converter coupling the first and second input pads with the digital circuit ; a digital-to-analog converter coupling the digital circuit with the output pad; a first switch coupling the first input pad with the output pad ; an amplifier having an input coupled with the first input pad and an output coupled with the second input pad ; a second switch coupling an input of the amplifier with the analog-to-digital converter ; and a third switch coupling an output of the amplifier with the analog-to-digital converter , the chip being configured to, during a self-diagnosis phase of the chip, control the first, second, and third switches to selectively test the amplifier with the analog-to-digital converter and the digital-to-analog converter. a first and a second analog input connection pads; an analog output connection pad ; a digital circuit ; an analog-to-digital converter coupling the first and second input pads with the digital circuit ; a digital-to-analog converter coupling the digital circuit with the output pad; a first switch coupling the first input pad with the output pad ; an amplifier having an input coupled with the first input pad and an output coupled with the second input pad ; a second switch coupling an input of the amplifier with the analog-to-digital converter ; and a third switch coupling an output of the amplifier with the analog-to-digital converter , the chip being configured to, during a self-diagnosis phase of the chip, control the first, second, and third switches to selectively test the amplifier with the analog-to-digital converter and the digital-to-analog converter.
An elevator car layout information editing system comprising: a display device including: a display unit configured to display information; a display information storage unit configured to store at least one piece of car layout information showing planar layout of a plurality of elevator cars in a transverse section of a building as display information to be displayed by the display unit; and a display controlling unit configured to display the car layout information stored in the display information storage unit by the display unit, and as well carrying out an editing process of the car layout information displayed by the display unit according to an edition instructing signal to instruct the editing process of the car layout information, and an editing operation device including: an editing operation inputting unit configured to receive an editing operation for the car layout information displayed by the display unit; and an input controlling unit configured to generate the edition instructing signal to instruct the editing process corresponding to the editing operation received by the editing operation inputting unit, and sending the edition instructing signal generated to the display controlling unit of the display device. a display unit configured to display information; a display information storage unit configured to store at least one piece of car layout information showing planar layout of a plurality of elevator cars in a transverse section of a building as display information to be displayed by the display unit; and a display controlling unit configured to display the car layout information stored in the display information storage unit by the display unit, and as well carrying out an editing process of the car layout information displayed by the display unit according to an edition instructing signal to instruct the editing process of the car layout information, and an editing operation device including: an editing operation inputting unit configured to receive an editing operation for the car layout information displayed by the display unit; and an input controlling unit configured to generate the edition instructing signal to instruct the editing process corresponding to the editing operation received by the editing operation inputting unit, and sending the edition instructing signal generated to the display controlling unit of the display device. an editing operation inputting unit configured to receive an editing operation for the car layout information displayed by the display unit; and an input controlling unit configured to generate the edition instructing signal to instruct the editing process corresponding to the editing operation received by the editing operation inputting unit, and sending the edition instructing signal generated to the display controlling unit of the display device.
An apparatus for evaluating a tubular, the apparatus comprising: a sensor including an electromagnetic acoustic transducer (EMAT) device configured to be conveyed into the tubular, the EMAT device comprising: measurement circuitry comprising at least one conductive coil wherein the at least one conductive coil comprises: at least one transmitter coil comprising multiple coil layers electrically connected in parallel, and at least one receiver coil electrically non-identical to the at least one transmitter coil; and a magnet array comprising magnets arranged with a corresponding direction of magnetization of each magnet oriented according to a configuration producing a greater magnetic flux on a first side of the array than on a second side opposing the first side. measurement circuitry comprising at least one conductive coil wherein the at least one conductive coil comprises: at least one transmitter coil comprising multiple coil layers electrically connected in parallel, and at least one receiver coil electrically non-identical to the at least one transmitter coil; and at least one transmitter coil comprising multiple coil layers electrically connected in parallel, and at least one receiver coil electrically non-identical to the at least one transmitter coil; and a magnet array comprising magnets arranged with a corresponding direction of magnetization of each magnet oriented according to a configuration producing a greater magnetic flux on a first side of the array than on a second side opposing the first side.
Water purifier for home use, irrigation systems used for crop cultivation or the pharmaceutical industry, comprising: • a water inlet for the water to be purified and a water outlet , for the purified water; • a first and a second housing part and a water treatment chamber disposed in between the two housing parts ; wherein the water treatment chamber is fluidly connected to the water inlet and the water outlet , and wherein the said water treatment chamber is being confined by a chamber wall , wherein the chamber wall has a cylindrical shape; and wherein the water inlet is formed by one of the housing parts and the water outlet is formed by the respective other housing part, wherein the chamber wall , with each of its free ends , is sealingly seated in a bore of both housing parts ; wherein the water inlet is positioned eccentrically with regards to a longitudinal center axis L of the water treatment chamber ; and • a high-voltage plasma unit for generating a cold plasma within the water treatment chamber , the plasma unit having a first electrode and a second electrode , wherein the first electrode is arranged inside the water treatment chamber such that, during use of the water purifier , it is contacted by the water and a second electrode , which is disposed spaced apart from the first electrode and electrically insulated therefrom by a dielectric . • a water inlet for the water to be purified and a water outlet , for the purified water; • a first and a second housing part and a water treatment chamber disposed in between the two housing parts ; wherein the water treatment chamber is fluidly connected to the water inlet and the water outlet , and wherein the said water treatment chamber is being confined by a chamber wall , wherein the chamber wall has a cylindrical shape; and wherein the water inlet is formed by one of the housing parts and the water outlet is formed by the respective other housing part, wherein the chamber wall , with each of its free ends , is sealingly seated in a bore of both housing parts ; • a high-voltage plasma unit for generating a cold plasma within the water treatment chamber , the plasma unit having a first electrode and a second electrode , wherein the first electrode is arranged inside the water treatment chamber such that, during use of the water purifier , it is contacted by the water and a second electrode , which is disposed spaced apart from the first electrode and electrically insulated therefrom by a dielectric .
A membrane for a dewatering press for washing with a membrane disk , having an edge raised from the outer periphery of the membrane disk , wherein the membrane is made from a rubber-elastic material, characterized in that the rubber-elastic material has an antimicrobial component.
A combination preparation for use in a method for the treatment of female sub- and infertility associated with endometriosis, comprising at least the active ingredients C vitamin, E vitamins, B1 vitamin, B2 vitamin, B5 vitamin, B6 vitamins, B7 vitamin, B9 vitamin, B12 vitamins, niacin, zinc, iron, selenium, iodine, copper, N-acetylcysteine, lycopene, omega-3 fatty acids, ubiquinone-10, and optionally D vitamins, characterized in that lycopene is contained in the combination preparation in an amount with a lower limit of 8 mg.
A method for producing N-(α-hydroxyethyl)formamide, comprising: reacting formamide with acetaldehyde in a solvent in presence of a basic catalyst in a reaction tank; precipitating N-(α-hydroxyethyl)formamide obtained as a crystal in the reaction tank; and recovering the crystal of N-(α-hydroxyethyl)formamide precipitated from the reaction tank, wherein an n+1-th reaction is conducted in a state in which the reaction solution is discharged from the reaction tank and at least a part of the crystals of N-(α-hydroxyethyl)formamide obtained by an n-th reaction remains in the reaction tank (where n is a natural number) when the production of N-(α-hydroxyethyl)formamide is conducted plural times in the same reaction tank. reacting formamide with acetaldehyde in a solvent in presence of a basic catalyst in a reaction tank; precipitating N-(α-hydroxyethyl)formamide obtained as a crystal in the reaction tank; and recovering the crystal of N-(α-hydroxyethyl)formamide precipitated from the reaction tank, wherein an n+1-th reaction is conducted in a state in which the reaction solution is discharged from the reaction tank and at least a part of the crystals of N-(α-hydroxyethyl)formamide obtained by an n-th reaction remains in the reaction tank (where n is a natural number) when the production of N-(α-hydroxyethyl)formamide is conducted plural times in the same reaction tank.