mhurhangee/patent-ind-claim-en huggingface dataset:
Method for the manufacture of a piece of apparel, comprising the steps of: a. obtaining body data representative of at least one dimension of at least a part of a user's body; b. obtaining pattern data representative of at least one pattern design to be applied to the piece of apparel to be manufactured; c. generating , based on the body data and the pattern data, manufacturing data adapted to be processed by a manufacturing machine; and d. sending the manufacturing data to a manufacturing machine for processing and for manufacturing at least a part of the piece of apparel; e. characterized by step b. comprising the step of modifying the pattern data by the user. a. obtaining body data representative of at least one dimension of at least a part of a user's body; b. obtaining pattern data representative of at least one pattern design to be applied to the piece of apparel to be manufactured; c. generating , based on the body data and the pattern data, manufacturing data adapted to be processed by a manufacturing machine; and d. sending the manufacturing data to a manufacturing machine for processing and for manufacturing at least a part of the piece of apparel; e. characterized by step b. comprising the step of modifying the pattern data by the user.
An awning assembly with several awnings arranged side by side comprising coaxial reel shafts for winding up or winding down an associated awning cloth , with each one of the reel shafts arranged coaxially side by side being connectable in rotational engagement with each other by means of a positively engaging coupling , and with at least one of the reel shafts being connected with each other being equipped with a drive device, characterized in that each one of the reel shafts connectable with each other in rotational engagement comprise shaft butts facing each other and having an equal diameter, which are designed as pinions provided with circumferential external teeth, such pinions being bridgeable by a split hub, whose two halves which are fixable to each other enclose both pinions and comprise internal teeth having at least one tooth which can be brought into engagement with the pinion-side external teeth.
An aqueous dispersion comprising at least one electrically conductive polymer and at least one ether containing polymer, wherein the electrically conductive polymer is a polythiophene or a derivative thereof and the ether containing polymer comprises sulfonated poly(hydroxyphenylphthalazinone ether ketone); wherein the dispersion comprises at least 40% by weight water.
A printing apparatus comprising: a photoconductor (145; 245) to receive an electrostatic charge pattern corresponding to an image; one or more developers (150; 250) to apply a colorant to the photoconductor (145; 245) representative of the image; and a transfer member (120, 125; 220, 225) to transfer the image from the photoconductor (145; 245) onto a substrate ; characterised by further comprising: an impression member (130; 230) with a grounded potential arranged to contact the substrate between the transfer member (120, 125; 220, 225) and the impression member (130; 230) to press the substrate against the transfer member (120, 125; 220, 225) for transferring the image to the substrate , wherein the transfer member (120, 125; 220, 225) has a grounded potential, such that the image is transferred to the transfer member (120, 125; 220, 225) by electrostatic attraction. a photoconductor (145; 245) to receive an electrostatic charge pattern corresponding to an image; one or more developers (150; 250) to apply a colorant to the photoconductor (145; 245) representative of the image; and a transfer member (120, 125; 220, 225) to transfer the image from the photoconductor (145; 245) onto a substrate ; characterised by further comprising: an impression member (130; 230) with a grounded potential arranged to contact the substrate between the transfer member (120, 125; 220, 225) and the impression member (130; 230) to press the substrate against the transfer member (120, 125; 220, 225) for transferring the image to the substrate , wherein the transfer member (120, 125; 220, 225) has a grounded potential, such that the image is transferred to the transfer member (120, 125; 220, 225) by electrostatic attraction. an impression member (130; 230) with a grounded potential arranged to contact the substrate between the transfer member (120, 125; 220, 225) and the impression member (130; 230) to press the substrate against the transfer member (120, 125; 220, 225) for transferring the image to the substrate , wherein the transfer member (120, 125; 220, 225) has a grounded potential, such that the image is transferred to the transfer member (120, 125; 220, 225) by electrostatic attraction.
An apparatus comprising: a base including: a first magnetized section comprising a first magnet , a socket section , and a niche section , wherein the socket section is accessible from the niche section through a mortise ; and a lever including: a section configured to be actuated, a second magnetized section comprising a second magnet , and a latch designed to be inserted into and removed from the mortise ; wherein the lever is connected to the base by an axis and is rotatable about the axis; wherein the first magnetized section is mounted on a divider between the lever and the socket section and wherein the second magnetized section is mounted on a first side of the lever; and wherein the first and second magnetized sections are magnetized such that the first magnetized section is repelled from the second magnetized section, to thereby cause the latch to be disposed in a locked position. a base including: a first magnetized section comprising a first magnet , a socket section , and a niche section , wherein the socket section is accessible from the niche section through a mortise ; and a first magnetized section comprising a first magnet , a socket section , and a niche section , wherein the socket section is accessible from the niche section through a mortise ; and a lever including: a section configured to be actuated, a second magnetized section comprising a second magnet , and a latch designed to be inserted into and removed from the mortise ; a section configured to be actuated, a second magnetized section comprising a second magnet , and a latch designed to be inserted into and removed from the mortise ; wherein the lever is connected to the base by an axis and is rotatable about the axis; wherein the first magnetized section is mounted on a divider between the lever and the socket section and wherein the second magnetized section is mounted on a first side of the lever; and wherein the first and second magnetized sections are magnetized such that the first magnetized section is repelled from the second magnetized section, to thereby cause the latch to be disposed in a locked position.
A blade assembly comprising: a blade having an airfoil having a leading edge , a trailing edge , a pressure side , and a suction side and extending from an inboard end to a tip ; and an attachment root ; and one or more wear pads along the attachment root , wherein: the one or more wear pads have a plurality of slits characterized in that said plurality of slits include a plurality of radially outwardly directed slits opening to an outboard edge of the associated wear pad . a blade having an airfoil having a leading edge , a trailing edge , a pressure side , and a suction side and extending from an inboard end to a tip ; and an attachment root ; and an airfoil having a leading edge , a trailing edge , a pressure side , and a suction side and extending from an inboard end to a tip ; and an attachment root ; and one or more wear pads along the attachment root , wherein: the one or more wear pads have a plurality of slits characterized in that said plurality of slits include a plurality of radially outwardly directed slits opening to an outboard edge of the associated wear pad . the one or more wear pads have a plurality of slits characterized in that said plurality of slits include a plurality of radially outwardly directed slits opening to an outboard edge of the associated wear pad .
An image reconstruction method, comprising: inputting a first image into a newly constructed super-resolution model to obtain a reconstructed second image, wherein a resolution of the second image is higher than that of the first image; obtaining the newly constructed super-resolution model by training an initial super-resolution model by using an error loss; the error loss comprises a pixel mean square error and an image feature mean square error; and an image feature comprises at least one of a shape feature that is a contour of an outer boundary of an object or is an entire shape region occupied by the object, and a spatial relationship feature that is a mutual spatial location relationship or a relative direction relationship among a plurality of regions obtained by segmenting the image; and the super-resolution model comprises n super-resolution submodels, and n is a positive integer greater than or equal to 2; the reconstructed images output by the first n-1 super-resolution submodels are all used as image information input into the last super-resolution submodel. inputting a first image into a newly constructed super-resolution model to obtain a reconstructed second image, wherein a resolution of the second image is higher than that of the first image; obtaining the newly constructed super-resolution model by training an initial super-resolution model by using an error loss; the error loss comprises a pixel mean square error and an image feature mean square error; and an image feature comprises at least one of a shape feature that is a contour of an outer boundary of an object or is an entire shape region occupied by the object, and a spatial relationship feature that is a mutual spatial location relationship or a relative direction relationship among a plurality of regions obtained by segmenting the image; and the super-resolution model comprises n super-resolution submodels, and n is a positive integer greater than or equal to 2; the reconstructed images output by the first n-1 super-resolution submodels are all used as image information input into the last super-resolution submodel.
A solar module comprising: a plurality of super cells arranged in physically parallel rows, each super cell comprising a plurality of solar cells arranged with opposing edges of adjacent solar cells overlapping and conductively bonded to each other to electrically connect the solar cells of a respective super cell in series, wherein the super cells are electrically connected in parallel, each super cell being electrically segmented into a plurality of super cell segments by hidden tap interconnects at intermediate locations along a super cell while maintaining a physically continuous super cell, said hidden tap interconnects electrically interconnecting in parallel adjacent super cell segments thereby forming groups of parallel connected super cell segments, wherein each interconnect spans a gap between two super cells in adjacent rows and is conductively bonded to at least one hidden tap contact pad on the back surface of one super cell and to at least another hidden tap contact pad on the back surface of the other super cell, and wherein bypass diodes (1300A-1300C) are located along the center line of the solar module, in a gap between adjacent first and second super cells and in-plane with the first and second super cells, each super cell segment being connected in parallel with one corresponding bypass diode (1300A-1300C) wherein an electrical conductor runs along the center line in-plane with the first and second super cells and connects to each bypass diode in a region between the first and second super cells segment. a plurality of super cells arranged in physically parallel rows, each super cell comprising a plurality of solar cells arranged with opposing edges of adjacent solar cells overlapping and conductively bonded to each other to electrically connect the solar cells of a respective super cell in series, wherein the super cells are electrically connected in parallel, each super cell being electrically segmented into a plurality of super cell segments by hidden tap interconnects at intermediate locations along a super cell while maintaining a physically continuous super cell, said hidden tap interconnects electrically interconnecting in parallel adjacent super cell segments thereby forming groups of parallel connected super cell segments, wherein each interconnect spans a gap between two super cells in adjacent rows and is conductively bonded to at least one hidden tap contact pad on the back surface of one super cell and to at least another hidden tap contact pad on the back surface of the other super cell, and wherein bypass diodes (1300A-1300C) are located along the center line of the solar module, in a gap between adjacent first and second super cells and in-plane with the first and second super cells, each super cell segment being connected in parallel with one corresponding bypass diode (1300A-1300C) wherein an electrical conductor runs along the center line in-plane with the first and second super cells and connects to each bypass diode in a region between the first and second super cells segment.
An electric machine assembly comprising an electric machine having a stator and a rotor rotatable about an axis (A); and at least one detecting device housed inside the stator and comprising a magnetic probe for measuring a magnetic induction (B) value of the electric machine , and a thermal probe for measuring a temperature (T) value of the electric machine , a support and a casing ; wherein the magnetic probe and the thermal probe are housed at the same detection point in the stator ; characterized in that the stator comprises a plurality of packs of ferromagnetic plates ; wherein the support is inserted in a channel radial to the axis of rotation of the electric machine and formed between two packs of plates .
A method for soil improvement, the method comprising applying nanobubble water to soil, wherein bubbles contained in the nanobubble water include at least one type of gas selected from the group consisting of oxygen, nitrogen, carbon dioxide and ozone, wherein the nanobubble water contains bubbles in an amount of from 1 x 10 8 to 1 x 10 10 bubbles/mL, and wherein the soil is soil used in soil culture or nutrient-solution soil culture of a plant. wherein bubbles contained in the nanobubble water include at least one type of gas selected from the group consisting of oxygen, nitrogen, carbon dioxide and ozone, wherein the nanobubble water contains bubbles in an amount of from 1 x 10 8 to 1 x 10 10 bubbles/mL, and wherein the soil is soil used in soil culture or nutrient-solution soil culture of a plant.
Fuselage shell for an aircraft, comprising a skin , longitudinal stringers and transversal frames , characterized in that the frames comprise a plurality of sections , the sections being separated by intermediate gaps corresponding to the position of the stringers in the fuselage, each section having a multi-cell configuration constituted by several modular longitudinal elements of composite material arranged in the transversal direction of the fuselage, and in that the frames also comprise an inner cap on top of the sections and the intermediate gaps.
A fluid meter configured to perform metrological measurements in a fluid circulation pipe and to communicate information relating to said metrological data, comprising: - an electrical generator configured to be driven by the circulation of the fluid in the fluid pipe and to generate electricity, - at least one metrological sensor configured to perform metrological measurements in the fluid pipe , - a control block configured to receive the metrological measurements and to communicate information relating to said metrological data, - a power supply block coupled to the electrical generator , and configured to supply energy to the control block , wherein the power supply block comprises a first supply path comprising at least one primary cell , and a second supply path connected to the electrical generator , the second supply path comprising a capacitor (C1) and a first switch (S1) configured to selectively couple the capacitor (C1) and the electrical generator , the power supply block further comprising a second switch (S2) configured to selectively couple the first supply path or the second supply path to the control block , the power supply block further comprising a current sensor configured to determine a current measurement representative of a intensity of a charge or discharge current of the capacitor (C1), the first switch (S1) and the second switch (S2) being configured to be monitored by the control block as a function of a state of charge of the capacitor (C1) determined by the control block from the current measurement. - an electrical generator configured to be driven by the circulation of the fluid in the fluid pipe and to generate electricity, - at least one metrological sensor configured to perform metrological measurements in the fluid pipe , - a control block configured to receive the metrological measurements and to communicate information relating to said metrological data, - a power supply block coupled to the electrical generator , and configured to supply energy to the control block , wherein the power supply block comprises a first supply path comprising at least one primary cell , and a second supply path connected to the electrical generator , the second supply path comprising a capacitor (C1) and a first switch (S1) configured to selectively couple the capacitor (C1) and the electrical generator , the power supply block further comprising a second switch (S2) configured to selectively couple the first supply path or the second supply path to the control block , the power supply block further comprising a current sensor configured to determine a current measurement representative of a intensity of a charge or discharge current of the capacitor (C1), the first switch (S1) and the second switch (S2) being configured to be monitored by the control block as a function of a state of charge of the capacitor (C1) determined by the control block from the current measurement.
A method of transferring a slurry, in which a transfer pump equipped with a ball type check valve is operated under the condition satisfying the following formula to transfer a slurry containing particles and a liquid; 7.8 × 10 3 < P ≤ 5.0 × 10 5 wherein, P = W(ρ 1 /(ρ b -ρ l )) 0.5 /(C•d(d+R)R 0.5 ) in the formula , W represents the particle flow rate (kg/hr) in the slurry passing through the ball type check valve, C represents the particle concentration (kg/m 3 ) in the slurry, d represents the maximum particle diameter (m) of the particles in the slurry, R represents the ball diameter (m) of the check valve, pi represents the density (kg/m 3 ) of the liquid, and ρ b represents the density (kg/m 3 ) of the ball of the check valve.
A shatter resistant, cold-formed glass article comprising: a first major surface; a second major surface; a thickness measured between the first major surface and the second major surface of 0.05 mm to 2 mm; a layer of high modulus adhesive located on the second major surface, wherein the high modulus adhesive has a modulus of elasticity of at least 500 MPa and less than 5 GPa; and a surface treatment located on the first major surface; wherein the first major surface includes a curved section and the second major surface includes a curved section; and wherein the curved section of the first major surface includes a first radius of curvature greater than 30 mm and less than 1.5 m. a first major surface; a second major surface; a thickness measured between the first major surface and the second major surface of 0.05 mm to 2 mm; a layer of high modulus adhesive located on the second major surface, wherein the high modulus adhesive has a modulus of elasticity of at least 500 MPa and less than 5 GPa; and a surface treatment located on the first major surface; wherein the first major surface includes a curved section and the second major surface includes a curved section; and wherein the curved section of the first major surface includes a first radius of curvature greater than 30 mm and less than 1.5 m.
A component for a CMP tool , the component comprising: a body having a surface that will be exposed to a polishing fluid when the CMP tool is polishing a substrate; and a hydrophobic layer disposed on the surface of the body , the hydrophobic layer having a fluid contact angle of at least 90°, wherein the thickness of the hydrophobic layer ranges from 400 nm to 1600 nm. a body having a surface that will be exposed to a polishing fluid when the CMP tool is polishing a substrate; and a hydrophobic layer disposed on the surface of the body , the hydrophobic layer having a fluid contact angle of at least 90°, wherein the thickness of the hydrophobic layer ranges from 400 nm to 1600 nm.
An information processing apparatus having a web server program that listens with a host name as a localhost, and a web browser , wherein the web server program causes the information processing apparatus to function as: reception means for receiving a request from a web application executed on the web browser ; acquisition means for acquiring, from the request, information about a domain of the web application executed on the web browser ; determination means for determining whether or not to permit communication with the web application executed on the web browser , based on the domain indicated in the information acquired by the acquisition means; and transmission means for transmitting a response to the web browser based on the result of determination of the determination means, wherein the determination means displays, on the information processing apparatus , a confirmation message as to whether or not to permit communication with the web application executed on the web browser , and determines whether or not the request from the web application executed on the web browser is permitted by a user operating the information processing apparatus . reception means for receiving a request from a web application executed on the web browser ; acquisition means for acquiring, from the request, information about a domain of the web application executed on the web browser ; determination means for determining whether or not to permit communication with the web application executed on the web browser , based on the domain indicated in the information acquired by the acquisition means; and transmission means for transmitting a response to the web browser based on the result of determination of the determination means, wherein the determination means displays, on the information processing apparatus , a confirmation message as to whether or not to permit communication with the web application executed on the web browser , and determines whether or not the request from the web application executed on the web browser is permitted by a user operating the information processing apparatus .
A container comprising a pharmaceutical composition, being a solution and being suitable for administration with a nebulizer comprising (i) 0.0005% to 0.008% w/w of tiotropium or a pharmaceutically acceptable salt thereof; (ii) water; (iii) a complexing agent, the complexing agent being disodium EDTA and present at a concentration of 0.01% by weight; and (iv) 0.9% by weight sodium chloride wherein the pH of the composition ranges from 2.2 to 2.9, and said composition is free of quaternary ammonium preservatives. (i) 0.0005% to 0.008% w/w of tiotropium or a pharmaceutically acceptable salt thereof; (ii) water; (iii) a complexing agent, the complexing agent being disodium EDTA and present at a concentration of 0.01% by weight; and (iv) 0.9% by weight sodium chloride