mhurhangee/patent-ind-claim-en huggingface dataset:
A bus bar electric wire comprising: a flat conductor which is formed of aluminum and inevitable impurities, and which has a cross-section of a substantially rectangular shape, and an area of the cross-section being 15 mm 2 or more and 240 mm 2 or less, wherein the flat conductor has a plate width and includes a bent portion having a predetermined bending R in a plane direction of the flat conductor , wherein a conductor part that is an outermost side of a bend in the bent portion has the plate width being set within a range of 4.3 mm or more and 24.7 mm or less for satisfying uniform bending of the conductor part, wherein when the flat conductor has a maximum elongation of 38,2% applied to the conductor on the outer side of the bend, a plate width of w mm, and a bending radius of R mm, 38,2% ≥ w/(2R + w) is satisfied; and characterized in that when a length of the flat conductor is I mm, an elastic region of a metal forming the flat conductor is ε E %, a longitudinal elastic modulus of the metal is EN/mm 2 , a plate width of the flat conductor is b mm, a plate thickness of the flat conductor is h mm, and an equal load applied to the flat conductor is wN, I ≦ 2 × ε E × E × b × h 2 / 6 / w the Formula 1 is satisfied. a flat conductor which is formed of aluminum and inevitable impurities, and which has a cross-section of a substantially rectangular shape, and an area of the cross-section being 15 mm 2 or more and 240 mm 2 or less, wherein the flat conductor has a plate width and includes a bent portion having a predetermined bending R in a plane direction of the flat conductor , wherein a conductor part that is an outermost side of a bend in the bent portion has the plate width being set within a range of 4.3 mm or more and 24.7 mm or less for satisfying uniform bending of the conductor part, wherein when the flat conductor has a maximum elongation of 38,2% applied to the conductor on the outer side of the bend, a plate width of w mm, and a bending radius of R mm, 38,2% ≥ w/(2R + w) is satisfied; and characterized in that when a length of the flat conductor is I mm, an elastic region of a metal forming the flat conductor is ε E %, a longitudinal elastic modulus of the metal is EN/mm 2 , a plate width of the flat conductor is b mm, a plate thickness of the flat conductor is h mm, and an equal load applied to the flat conductor is wN, I ≦ 2 × ε E × E × b × h 2 / 6 / w the Formula 1 is satisfied.
A soil cultivation device comprising a plurality of device sections arranged laterally in juxtaposition with respect to a towing direction (ZR), wherein said device sections include at least one loosening tine and at least one first and second loosening share , wherein the loosening tine of a device section is arranged in front of the loosening shares of this device section with respect to said towing direction (ZR) and between the loosening shares in a transverse direction (QR) extending perpendicularly to said towing direction (ZR) and wherein the distance (d2) between the second loosening share and the loosening tine measured in the towing direction (ZR) is greater than the distance (d1) between the first loosening share and the loosening tine measured in the towing direction (ZR), characterized in that said first and second loosening shares are formed non-symmetrical, said first loosening share causing a soil movement in a first direction and said second loosening share causing a soil movement in a second direction opposite the first direction, and that said first and second loosening shares each cause an oppositely directed lateral displacement of the soil in the direction of a furrow created by said loosening tine .
Anti-condensating valve comprising a housing having a first inlet , a second inlet and an outlet forming ports of a mixing chamber , the first inlet being adapted to receive a flow of a first fluid into the mixing chamber , and the second inlet being adapted to receive a flow of a second fluid into the mixing chamber , the first fluid having a higher temperature than the second fluid, and the outlet being adapted to discharge a flow of a mixed fluid out from the mixing chamber , wherein the centre axis (A) of the first inlet is coaxial with the centre axis (B) of the second inlet , and wherein the anti-condensating valve further comprises a valve body with a thermostatic cartridge , the valve body being arranged to control the flow of the first and the second fluid into the mixing chamber , characterized in that the inner walls of the mixing chamber , as seen in a plane (W) orthogonally to the centre axes (A, B) of the first and the second inlets and coinciding with the center axis (C) of the outlet , define a full cross sectional surface area (D) along said plane (W), wherein the center axes (A, B) of the first and second inlets respectively are arranged in a position between the outlet and the centre of mass (CM1) of said full cross sectional surface area (D).
A method for improving the mechanical and hydraulic characteristics of foundation grounds of existing built structures, characterized in that it comprises: - a first step of two-dimensional or three-dimensional sensing of at least one portion of the built structure ; - a step of identifying at least one region of intervention in the foundation ground beneath said at least one portion sensed in said first sensing step; - a step of injecting, through a plurality of holes provided at least at a part of said intervention region , a cement or synthetic mix; - second steps of two-dimensional or three-dimensional sensing, mutually spaced in time, of said at least one portion during said injection step; - a step of interrupting said injection step on the basis of the information gathered during second steps of two-dimensional or three-dimensional sensing of said at least one portion . - a first step of two-dimensional or three-dimensional sensing of at least one portion of the built structure ; - a step of identifying at least one region of intervention in the foundation ground beneath said at least one portion sensed in said first sensing step; - a step of injecting, through a plurality of holes provided at least at a part of said intervention region , a cement or synthetic mix; - second steps of two-dimensional or three-dimensional sensing, mutually spaced in time, of said at least one portion during said injection step; - a step of interrupting said injection step on the basis of the information gathered during second steps of two-dimensional or three-dimensional sensing of said at least one portion .
A cutting tool made of a composite sintered body of a TiCN-based cermet and WC-based cemented carbide, wherein (a), in the cutting tool, a planar shape of a rake face is a multangular shape, and an angle formed by the rake face and a flank face is less than 90 degrees, (b) the rake face including a cutting edge of the cutting tool is configured of WC-based cemented carbide including 4% to 17% by mass of iron group metal components with a remainder being WC as a principal hard phase component, (c) a thickness of the WC-based cemented carbide is 0.05 to 0.3 times a thickness of the composite sintered body, and (d), in the cutting tool, the TiCN-based cermet is configured of one or more TiCN-based cermet layers, in a case in which content proportions of constituent components of the cermet are represented by content proportions of metal components, the TiCN-based cermet layer adjacent to the WC-based cemented carbide includes at least 4% to 25% by mass of the iron group metal components, less than 15% by mass of W, 2% to 15% by mass of Mo, 2% to 10% by mass of Nb, and 0.2% to 2% by mass of Cr, and Co and Ni which are the iron group metal components satisfy a content proportion of Co relative to a total content of Co and Ni being 0.5 to 0.8 (in terms of mass ratio) . wherein (a), in the cutting tool, a planar shape of a rake face is a multangular shape, and an angle formed by the rake face and a flank face is less than 90 degrees, (b) the rake face including a cutting edge of the cutting tool is configured of WC-based cemented carbide including 4% to 17% by mass of iron group metal components with a remainder being WC as a principal hard phase component, (c) a thickness of the WC-based cemented carbide is 0.05 to 0.3 times a thickness of the composite sintered body, and (d), in the cutting tool, the TiCN-based cermet is configured of one or more TiCN-based cermet layers, in a case in which content proportions of constituent components of the cermet are represented by content proportions of metal components, the TiCN-based cermet layer adjacent to the WC-based cemented carbide includes at least 4% to 25% by mass of the iron group metal components, less than 15% by mass of W, 2% to 15% by mass of Mo, 2% to 10% by mass of Nb, and 0.2% to 2% by mass of Cr, and Co and Ni which are the iron group metal components satisfy a content proportion of Co relative to a total content of Co and Ni being 0.5 to 0.8 (in terms of mass ratio) .
An apparatus , comprising: at least one processor configured to execute software stored in a memory comprised in the apparatus , wherein the software thereby causes the apparatus to at least: retrieve, from a network site, a computer executable program; open a first connection to a data source device distinct from the network site; open, using the computer executable program, a second connection to a proxy device, distinct from the network site and the data source device, to request the proxy device to proxy content from the data source device, the second connection employing a first protocol and indicating the network site as a source of the computer executable program, and receive from the proxy device information of the data source device. retrieve, from a network site, a computer executable program; open a first connection to a data source device distinct from the network site; open, using the computer executable program, a second connection to a proxy device, distinct from the network site and the data source device, to request the proxy device to proxy content from the data source device, the second connection employing a first protocol and indicating the network site as a source of the computer executable program, and receive from the proxy device information of the data source device.
A simulated eyeball (1; 1A; 1B; 1C; 1D'; 1E; 1F) for training in ophthalmic surgery, the simulated eyeball comprising a simulated sclera region that constitutes a simulated sclera and is formed from a non-electroconductive material, characterized by a conductor layer formed on a side of the simulated sclera region that is on an interior of the simulated eyeball; the conductor layer forming a simulated choroid region. a conductor layer formed on a side of the simulated sclera region that is on an interior of the simulated eyeball; the conductor layer forming a simulated choroid region.
A polymer composition comprising a water-soluble cationic copolymer P2 structured in micro-blocks obtained by radical polymerization of at least one non-ionic monomer and at least one cationic monomer, in the presence of a homopolymer P1 having an average molecular weight between 5,000 and 100,000 daltons, as determined by intrinsic viscosity as defined in the description, wherein said homopolymer P1 has been prepared from 2-acrylamido-2-methylpropane sulphonate in salified form and in the presence of 200 to 20,000 ppm by weight of 2-methyl-2-propenyl-sulphonic acid in salified form, the ppm being expressed relative to the weight of 2-acrylamido-2-methylpropane sulfonate in salified form and determined by the method disclosed in the description.
A nutritionally balanced composite meal for infants/small children, comprising at least one carbohydrate containing meal component and at least one protein containing meal component, characterized in that said at least one carbohydrate containing meal component and said at least one protein containing meal component have been separately heat-treated under optimized conditions such that; a) starch in said carbohydrate containing meal component is fully gelatinized and enzyme inhibitors are sufficiently inactivated to not being able to reduce protein digestion and absorption, or otherwise introduce damage to the intestinal tract, b) Carboxymethyl-lysine (CML) levels are kept lower than 72 mg/kg protein, preferably from 25 to 65 mg/kg protein as measured using ELISA methodology, c) the product of Glycaemic Index (GI) (White wheat bread reference) and Insulinaemic index (II) (White wheat bread reference), (GI x II), does not exceed 10000, preferably remains below 8000, most desirable below 4000, and d) II is not more than 100% above the GI, preferably below 60%, most desirable below 50%, wherein said at least one carbohydrate containing meal component and said at least one protein containing meal component are separately packed. a) starch in said carbohydrate containing meal component is fully gelatinized and enzyme inhibitors are sufficiently inactivated to not being able to reduce protein digestion and absorption, or otherwise introduce damage to the intestinal tract, b) Carboxymethyl-lysine (CML) levels are kept lower than 72 mg/kg protein, preferably from 25 to 65 mg/kg protein as measured using ELISA methodology, c) the product of Glycaemic Index (GI) (White wheat bread reference) and Insulinaemic index (II) (White wheat bread reference), (GI x II), does not exceed 10000, preferably remains below 8000, most desirable below 4000, and d) II is not more than 100% above the GI, preferably below 60%, most desirable below 50%,
A rendering method, wherein the method comprises: extracting a first description information of a first frame buffer and a second description information of a second frame buffer; determining a relationship between the first frame buffer and the second frame buffer based on the first description information and the second description information; and when the first description information and the second description information meet a preset condition, determining that a render pass of the first frame buffer can be redirected to the second frame buffer; and providing a rendering instruction to a graphics processing unit, GPU, to render a rendering job corresponding to the first frame buffer to the second frame buffer; wherein the preset condition comprises: an attribute of the first frame buffer indicates that an output of the first frame buffer is a color; a resolution of the first frame buffer is greater than or equal to a resolution of the second frame buffer; and an output texture map of the first frame buffer is an input texture map of the second frame buffer. extracting a first description information of a first frame buffer and a second description information of a second frame buffer; determining a relationship between the first frame buffer and the second frame buffer based on the first description information and the second description information; and when the first description information and the second description information meet a preset condition, determining that a render pass of the first frame buffer can be redirected to the second frame buffer; and providing a rendering instruction to a graphics processing unit, GPU, to render a rendering job corresponding to the first frame buffer to the second frame buffer; wherein the preset condition comprises: an attribute of the first frame buffer indicates that an output of the first frame buffer is a color; a resolution of the first frame buffer is greater than or equal to a resolution of the second frame buffer; and an output texture map of the first frame buffer is an input texture map of the second frame buffer. an attribute of the first frame buffer indicates that an output of the first frame buffer is a color; a resolution of the first frame buffer is greater than or equal to a resolution of the second frame buffer; and an output texture map of the first frame buffer is an input texture map of the second frame buffer.
Method for quality classification of animal skins, comprising the following method steps: - recording the surface area (A B ) of the animal skin by means of a camera and analysing the faulty areas and good areas , - transferring the data to a data storage device, characterised in that - nesting, in the context of an arrangement, is carried out on as many geometries as possible on the good area of the animal skin , - wherein the nesting is carried out as standard nesting, with which each nested geometry is formed by a standard geometry having the same surface area and shape, wherein the standard geometry represents an abstract shape differing from the real geometry, - wherein the animal skin is classified into a quality level using the standard nesting result, and - real nesting takes place later, wherein the real geometry is geometry differing from the standard geometry, which is used in real nesting as part cutting required in production, and wherein, in the real nesting, one or more identical or different real geometries are arranged in the shape of a surface area on the fault-free good area of the animal skin, without overlapping. - recording the surface area (A B ) of the animal skin by means of a camera and analysing the faulty areas and good areas , - transferring the data to a data storage device, characterised in that - nesting, in the context of an arrangement, is carried out on as many geometries as possible on the good area of the animal skin , - wherein the nesting is carried out as standard nesting, with which each nested geometry is formed by a standard geometry having the same surface area and shape, wherein the standard geometry represents an abstract shape differing from the real geometry, - wherein the animal skin is classified into a quality level using the standard nesting result, and - real nesting takes place later, wherein the real geometry is geometry differing from the standard geometry, which is used in real nesting as part cutting required in production, and wherein, in the real nesting, one or more identical or different real geometries are arranged in the shape of a surface area on the fault-free good area of the animal skin, without overlapping.
An ion source assembly , comprising: an ion source assembly housing , wherein the ion source assembly housing does not house a mass analyzer; a chromatography column arranged within the ion source assembly housing, wherein the chromatography column comprises a liquid chromatography column, a high-performance liquid chromatography (HPLC) column or an ultra-high-performance system liquid chromatography (UHPLC) column; an ion source device in fluid communication with the chromatography column, at least a portion of the ion source device arranged within the ion source assembly housing, the ion source device configured to generate ions for a mass analyzer from a separated compound solution exiting the chromatography column, the chromatography column arranged within a distance to the ion source device of less than about 150 mm; and a thermally insulating member housed in the ion source assembly housing for insulating the chromatography column; or a heater housed in the ion source assembly housing for heating the chromatography column or a mobile phase entering the chromatography column. an ion source assembly housing , wherein the ion source assembly housing does not house a mass analyzer; a chromatography column arranged within the ion source assembly housing, wherein the chromatography column comprises a liquid chromatography column, a high-performance liquid chromatography (HPLC) column or an ultra-high-performance system liquid chromatography (UHPLC) column; an ion source device in fluid communication with the chromatography column, at least a portion of the ion source device arranged within the ion source assembly housing, the ion source device configured to generate ions for a mass analyzer from a separated compound solution exiting the chromatography column, the chromatography column arranged within a distance to the ion source device of less than about 150 mm; and a thermally insulating member housed in the ion source assembly housing for insulating the chromatography column; or a heater housed in the ion source assembly housing for heating the chromatography column or a mobile phase entering the chromatography column.
Method for operating a cooking system comprising at least one hob device , at least one cooking utensil and at least one evaluation device , the hob device comprising at least one placement surface for placing cooking utensils and at least one generator device having at least two induction devices for heating the cooking utensil placed on the installation surface , and the cooking utensil being suitable and designed to be heated by means of at least one induction device , at least one transmitting device being associated with each of the induction devices of the hob device and the cooking utensil comprising at least one receiving device , the transmitting devices each emitting, at least intermittently, at least one assignment signal which is received by the receiving device of the cooking utensil when the cooking utensil is heated by the corresponding induction device , characterised in that at least one transmitting device is provided by at least one induction device , in that the assignment signals of the individual induction devices comprise different predetermined sequences of electromagnetic excitations as a signature, so that the evaluation device can assign the assignment signals detected by the receiving device to the individual induction devices and can thus carry out an assignment of the cooking utensil to at least one induction device . at least one hob device , at least one cooking utensil and at least one evaluation device , the hob device comprising at least one placement surface for placing cooking utensils and at least one generator device having at least two induction devices for heating the cooking utensil placed on the installation surface , and the cooking utensil being suitable and designed to be heated by means of at least one induction device , at least one transmitting device being associated with each of the induction devices of the hob device and the cooking utensil comprising at least one receiving device , the transmitting devices each emitting, at least intermittently, at least one assignment signal which is received by the receiving device of the cooking utensil when the cooking utensil is heated by the corresponding induction device , characterised in that at least one transmitting device is provided by at least one induction device , in that the assignment signals of the individual induction devices comprise different predetermined sequences of electromagnetic excitations as a signature, so that the evaluation device can assign the assignment signals detected by the receiving device to the individual induction devices and can thus carry out an assignment of the cooking utensil to at least one induction device .