mhurhangee/ep-ind-claims huggingface dataset:
Method of manufacturing decorative laminates for wood based colour patterns including the steps of: a) inkjet printing a first decorative layer 7 by a first multi-pass inkjet printer 13 and delivering the inkjet printed first decorative layer 7 to a laminate heating press 11 where it is heat pressed into a decorative laminate; and b) inkjet printing a second decorative layer 7 by a second multi-pass inkjet printer 13 and delivering the inkjet printed second decorative layer 7 to the same laminate heating press 11 where it is heat pressed into a decorative laminate, wherein the decorative layer includes a paper substrate having an ink acceptance layer present on the surface of the paper substrate; wherein the inkjet printing of a colour pattern is performed on an ink acceptance layer using pigmented aqueous inkjet inks from a CRYK ink set; wherein a protective layer is applied after printing above the colour pattern; and wherein the protective layer is a thermosetting resin impregnated paper substrate. a) inkjet printing a first decorative layer 7 by a first multi-pass inkjet printer 13 and delivering the inkjet printed first decorative layer 7 to a laminate heating press 11 where it is heat pressed into a decorative laminate; and b) inkjet printing a second decorative layer 7 by a second multi-pass inkjet printer 13 and delivering the inkjet printed second decorative layer 7 to the same laminate heating press 11 where it is heat pressed into a decorative laminate,
Device for pivotable fastening of a door leaf to a door frame, comprising the door leaf and a door hinge having a plurality of hinge rollers (102; 103; 104), wherein in each case two of the hinge rollers (102; 103; 104) are connected to one another, wherein the door leaf has a height, wherein the door hinge extends over the entire height of the door leaf, wherein the device comprises a connecting means with which the door leaf can be fastened to the hinge rollers (102; 103; 104), wherein the connecting means has two connecting legs which engage around the door leaf, characterised in that two connecting legs are bendable and elastically deformable and the door leaf is arranged between the connecting legs in the elastically deformed state, such that the elastic restoring force presses the connecting legs against the door leaf.
A powered toothbrush comprising a handle with a neck; a head mounted to said neck, said head having an exposed outer surface and a longitudinal axis; a first tuft block mounted to said head, said first tuft block having bristles extending outwardly from said outer surface; a second tuft block mounted to said head, said second tuft block having bristles extending outwardly from said outer surface, wherein said second tuft block is mounted within and concentric to said first tuft block; a drive structure (28, 32, 34, 36) for driving each of said first tuft block and said second tuft block with a back and forth rotational movement in counter-oscillation to each other in a plane parallel to said exposed outer surface; characterized by a third tuft block having bristles extending outwardly from said exposed outer surface, wherein said third tuft block is movably mounted on said head and is laterally movable with respect to the longitudinal axis in a plane parallel to said outer surface.
Galvanized steel sheet, made of a steel base metal having a composition comprising, by weight percent: 0.08 ≤ C ≤ 0.3 % 3.0 ≤ Mn ≤ 6.0 % 0.5 ≤ Si ≤ 2.5 % 0.003 ≤ Al ≤ 2.0 % 0.01 ≤ Mo ≤ 0.5 % 0.01 ≤ Ti ≤ 0.1 % 0.01 ≤ Nb ≤ 0.08 % 0.0002 ≤ B ≤ 0.005 Cr ≤ 1.0 % S ≤ 0.010 % P ≤ 0.025 % N ≤ 0.008 % and inevitable impurities from the manufacturing process, the remainder being iron, said steel sheet including, as measured from the interface between the base metal and the galvanized plated layer: a) a decarburized layer starting at the interface with the plated layer wherein the carbon content is below 0.1 weight percent at a depth of 20 μm, measured according to the description, b) said decarburized layer including a ferrite sublayer starting at the interface with the plated layer and having a depth of 3 μm or more, wherein the ferrite content is above 70 % in terms of cross-sectional area fraction, measured according to the description, c) said ferrite sublayer including an internal oxidation selective zone starting from the interface with the plated layer and having a depth of at least 2.5 μm and containing manganese oxides, silicon oxides and optionally aluminum oxides, measured according to the description. a) a decarburized layer starting at the interface with the plated layer wherein the carbon content is below 0.1 weight percent at a depth of 20 μm, measured according to the description, b) said decarburized layer including a ferrite sublayer starting at the interface with the plated layer and having a depth of 3 μm or more, wherein the ferrite content is above 70 % in terms of cross-sectional area fraction, measured according to the description, c) said ferrite sublayer including an internal oxidation selective zone starting from the interface with the plated layer and having a depth of at least 2.5 μm and containing manganese oxides, silicon oxides and optionally aluminum oxides, measured according to the description.
A method of graze harvesting mushrooms comprising the steps of: (a) measuring cap diameters of mushrooms growing in a mushroom bed, whereby any mushrooms having a cap diameter equal to or greater than a pre-set value are to be picked; (b) locating centroid positions of each mushroom in the bed having a cap diameter greater than a pre-determined value, and for each mushroom for which the centroid position was located the method being characterized in that step (b) comprises (i) calculating centroid-to-centroid distances from each mushroom to each neighboring mushroom, (ii) comparing the centroid-to-centroid distances for two mushrooms to sum of radii for the two mushrooms, whereby if the centroid-to-centroid distance is less than or equal to the sum of the radii then there is interference between the two mushrooms, and (iii) counting the number of interfering mushrooms to identify clumps of mushrooms to be thinned; the method being further characterized in (c) identifying the mushrooms to be picked based on steps (a) to (b) and picking the identified mushrooms, wherein measuring cap diameters, locating centroid positions, calculating centroid-to-centroid distances, comparing the centroid-to-centroid distances, counting the number of interfering mushrooms and identifying the mushrooms to be picked are performed automatically by a control apparatus. (a) measuring cap diameters of mushrooms growing in a mushroom bed, whereby any mushrooms having a cap diameter equal to or greater than a pre-set value are to be picked; (b) locating centroid positions of each mushroom in the bed having a cap diameter greater than a pre-determined value, and for each mushroom for which the centroid position was located the method being characterized in that step (b) comprises (i) calculating centroid-to-centroid distances from each mushroom to each neighboring mushroom, (ii) comparing the centroid-to-centroid distances for two mushrooms to sum of radii for the two mushrooms, whereby if the centroid-to-centroid distance is less than or equal to the sum of the radii then there is interference between the two mushrooms, and (iii) counting the number of interfering mushrooms to identify clumps of mushrooms to be thinned; the method being further characterized in (i) calculating centroid-to-centroid distances from each mushroom to each neighboring mushroom, (ii) comparing the centroid-to-centroid distances for two mushrooms to sum of radii for the two mushrooms, whereby if the centroid-to-centroid distance is less than or equal to the sum of the radii then there is interference between the two mushrooms, and (iii) counting the number of interfering mushrooms to identify clumps of mushrooms to be thinned; the method being further characterized in (c) identifying the mushrooms to be picked based on steps (a) to (b) and picking the identified mushrooms,
A method of operating a middlebox as a router providing an interface between first and second IP networks where an entity within said first network is responsible for allocating IP addresses to an entity or entities within said second network, the method comprising: implementing an address distribution functionality for performing routing of IP traffic within and between said networks based on IP addresses; and implementing at least one IP address dependent service (311, 312, 313) other than routing; characterised in that the at least one IP address dependent service includes a DNS server and a DHCP server; and in that the method further comprises; maintaining a table in the address distribution functionality which maps public IP addresses of the entity or entities within the second network to link layer addresses of the entities within the second network; dynamically informing the DNS server and DHCP server of addresses allocated to said entity or entities within the second network and of changes to these addresses. implementing an address distribution functionality for performing routing of IP traffic within and between said networks based on IP addresses; and implementing at least one IP address dependent service (311, 312, 313) other than routing; characterised in that the at least one IP address dependent service includes a DNS server and a DHCP server; and in that the method further comprises; maintaining a table in the address distribution functionality which maps public IP addresses of the entity or entities within the second network to link layer addresses of the entities within the second network; dynamically informing the DNS server and DHCP server of addresses allocated to said entity or entities within the second network and of changes to these addresses.
A computer-implemented method, operable on a telecommunications device in a system comprising one or more servers, wherein said device is a client device in said system, said method comprising: providing a client configuration state for said client device to said one or more servers, wherein the client configuration state for the client device includes or is based on identification information about the client device or on information about other devices with which the client can communicate in at least one direction, or both; obtaining from said one or more servers a first sub-network configuration, said first sub-network configuration comprising at least one path from said one or more servers to said client device, said first sub-network configuration being based on said client configuration state and on at least one other client configuration state of at least one other client device, wherein said at least one path comprises one or more intermediate clients, and wherein the client device uses the at least one path specified in said first sub-network configuration to obtain at least one resource via said one or more servers. providing a client configuration state for said client device to said one or more servers, wherein the client configuration state for the client device includes or is based on identification information about the client device or on information about other devices with which the client can communicate in at least one direction, or both; obtaining from said one or more servers a first sub-network configuration, said first sub-network configuration comprising at least one path from said one or more servers to said client device, said first sub-network configuration being based on said client configuration state and on at least one other client configuration state of at least one other client device, wherein said at least one path comprises one or more intermediate clients, and wherein the client device uses the at least one path specified in said first sub-network configuration to obtain at least one resource via said one or more servers.
Pre-accelerated resin composition, characterized in that the resin composition comprises an unsaturated polyester resin and/or a vinyl ester resin and a. a soluble copper compound, and b. a heterocyclic aromatic amine, and which resin composition contains less than 0.01 mmol cobalt per kg primary resin system. a. a soluble copper compound, and b. a heterocyclic aromatic amine, and
A method of repairing a damaged coated turbine engine component of a module assembly, the method comprising: removing a damaged coating and underlying physical damage to the component to prepare a repair site, with the component mounted in the module assembly; applying a diffusible coating precursor to the repair site with the component mounted in the module assembly; mounting a heat treating fixture on the component at the repair site with the component mounted in the module assembly; heating the repair site to interdiffuse the coating precursor and the component with the component mounted in the module assembly; and cleaning the repair site with the component mounted in the module assembly, the method being characterised by: mounting a heat treating fixture which comprises infrared energy sources focused on the repair site such that adjacent components are not heated and focusing mirrors for reflecting the infrared energy from the source; and heating the repair site with the infrared energy sources to perform an interdiffusion anneal, wherein feedback from an infrared pyrometer to a control system is used to monitor and control a thermal program during the interdiffusion anneal. removing a damaged coating and underlying physical damage to the component to prepare a repair site, with the component mounted in the module assembly; applying a diffusible coating precursor to the repair site with the component mounted in the module assembly; mounting a heat treating fixture on the component at the repair site with the component mounted in the module assembly; heating the repair site to interdiffuse the coating precursor and the component with the component mounted in the module assembly; and cleaning the repair site with the component mounted in the module assembly, heating the repair site to interdiffuse the coating precursor and the component with the component mounted in the module assembly; and cleaning the repair site with the component mounted in the module assembly, mounting a heat treating fixture which comprises infrared energy sources focused on the repair site such that adjacent components are not heated and focusing mirrors for reflecting the infrared energy from the source; and heating the repair site with the infrared energy sources to perform an interdiffusion anneal, wherein feedback from an infrared pyrometer to a control system is used to monitor and control a thermal program during the interdiffusion anneal.
Device for bringing a gas flow and a liquid flow into contact, said device comprising the following: a closed housing, an internal which is suitable for increasing the mass transfer area between the gas flow and liquid flow, wherein the internal is a bed of packing elements, at least two devices for applying liquid to the top side of the internal, said devices each being suitable for creating a liquid flow from top to bottom through the internal, at least two collecting devices for receiving liquid which passes out of the underside of the internal, a gas inlet into the housing, a gas outlet out of the housing, wherein the gas inlet and the gas outlet together are suitable for allowing a gas flow through the internal, said gas flow running substantially at right angles to the liquid flow, wherein the at least two devices for applying liquid and the at least two collecting devices are arranged in succession in the direction of the gas flow, optionally within the same housing or in separate housings, wherein the at least two devices for applying liquid are designed as liquid distributors, which distribute the liquid across the entire width of the internal, wherein the intermediate space between the upper surface of the internal and the upper wall of the housing is filled with a mat composed of an open-cell and liquid-permeable foam or of a liquid-permeable fibre material, and wherein the liquid distributor is arranged such that the liquid passes out of the liquid distributor in each case through the mat. a closed housing, an internal which is suitable for increasing the mass transfer area between the gas flow and liquid flow, wherein the internal is a bed of packing elements, at least two devices for applying liquid to the top side of the internal, said devices each being suitable for creating a liquid flow from top to bottom through the internal, at least two collecting devices for receiving liquid which passes out of the underside of the internal, a gas inlet into the housing, a gas outlet out of the housing, wherein the at least two devices for applying liquid and the at least two collecting devices are arranged in succession in the direction of the gas flow, optionally within the same housing or in separate housings, wherein the at least two devices for applying liquid are designed as liquid distributors, which distribute the liquid across the entire width of the internal, wherein the intermediate space between the upper surface of the internal and the upper wall of the housing is filled with a mat composed of an open-cell and liquid-permeable foam or of a liquid-permeable fibre material, and wherein the liquid distributor is arranged such that the liquid passes out of the liquid distributor in each case through the mat.
A method for manufacturing a porous matrix for wound dressing made of a biodegradable polymer or a mixture of plural biodegradable polymers, wherein particles of the polymer or the polymers, respectively, are mixed with particles of a water-soluble solid and a solution of at least part of the polymer resp. polymers in a solvent immiscible with water, the mixture is layered on a water-pervious carrier, the solvent is evaporated, and the solid is removed by watering, whereafter the eluted matrix is dried and packaged without any coating in a bag having at least one microporous side, and is sterilised and hydrophilised therein by plasma action.
A process for processing of a product stream (a) comprising acetic acid, unreacted cyclohexanone, reaction water and organic heavy ends, which product stream (a) is yielded in a caprolactone production wherein peracetic acid is generated from acetic acid and hydrogen peroxide and wherein said peracetic acid is subjected to a Baeyer-Villiger reaction with cyclohexanone characterised in, that said process comprises and involves a divided wall column having an upper section, a bottom section, a feed section and a take-off section, that said product stream (a) is fed to said feed section via an inlet in the middle of said feed section, that said product stream (a) in said feed section by distillation is separated in a water/acetic acid fraction (b) and a cyclohexanone/heavy end fraction (c), which water/acetic acid fraction (b) via an outlet in said upper section and an inlet is fed to a separator, that said acetic acid/water fraction is a homogeneous azeotrope which in presence of at least one entrainer is broken and in said separator separated in an organic phase (d) comprising acetic acid and a minor amount of water and a water phase (e) comprising water and a minor amount of acetic acid, that said organic phase (d) comprising acetic acid and a minor amount of water is fed to said divided wall column through an outlet in said separator and an inlet in said upper section and further evaporated yielding high concentrated acetic acid (f) being taken out via an outlet in the middle of said take-off section and either recycled to said peracetic acid generation or fed to a storage tank, and the water phase (e) comprising water and a minor amount of acetic acid is either dumped via an outlet or via said outlet in said separator fed to a distillation column via an inlet and further processed whereby water and said minor amount of acetic acid is separated in an acidic fraction (h) being recycled to said separator via an outlet arranged at said column and an inlet on said separator and a water fraction (i) being dumped or sent for further processing via an outlet at the bottom of said column, and that said cyclohexanone/heavy end fraction (c), via an outlet in said bottom section and via an inlet is fed to a distillation column wherein cyclohexanone and heavy ends are separated in a purified cyclohexanone fraction (g) which via an outlet either is recycled to said Baeyer-Villiger reaction or fed to a storage tank and a heavy end fraction (j) which via an outlet is either dumped or sent to destruction or to further processing.
A functional resin material, characterized by being manufactured by the following reagents: a polyol; a polyamine; a first cross-linking agent, wherein the first cross-linking agent comprises an isocyanate block; a second cross-linking agent, wherein the second cross-linking agent comprises an isocyanate block; and a nanocellulose, wherein the nanocellulose comprises a repeating unit represented by formula, a polyol; a polyamine; a first cross-linking agent, wherein the first cross-linking agent comprises an isocyanate block; a second cross-linking agent, wherein the second cross-linking agent comprises an isocyanate block; and a nanocellulose, wherein the nanocellulose comprises a repeating unit represented by formula,
A capsule for coin storage and examination comprises a body, an upper insert, a lower insert and a cover, the body and the cover made of a transparent material and joined, the body having an upper part and a lower part, the upper insert and the lower insert fixed inside the upper part and the lower part of the body fix the position of a coin in place inside the body, thus the upper insert and the lower insert jam a coin in between, characterized in that by ultrasonic welding the body and the cover are joined, that the shape of the body constitutes a cylinder with truncated pyramids adjoining the cylinder as the upper part of the body from above and as the lower part of the body from below, which shape in the two-dimensional plane looks like a circle with trapezoids connected thereto and that parts of the cylinder not held by the truncated pyramids, provide overview of the flank known as the rim of a fixed coin, the upper insert and the lower insert each have a shape corresponding to the shape of the upper part and the lower part of the body.
A medical probe, comprising: a flexible insertion tube having a distal end for insertion into a body cavity; an array of spatially separated coils positioned within the distal end; and a processor, configured to process respective signals generated by the coils in response to magnetic resonance of tissue in the body cavity so as to image the tissue; characterised in that the processor is further configured to process the signals while applying a phase delay responsive to a separation between the coils so as to maximize signals from a particular direction, or from a particular location. a flexible insertion tube having a distal end for insertion into a body cavity; an array of spatially separated coils positioned within the distal end; and a processor, configured to process respective signals generated by the coils in response to magnetic resonance of tissue in the body cavity so as to image the tissue; characterised in that the processor is further configured to process the signals while applying a phase delay responsive to a separation between the coils so as to maximize signals from a particular direction, or from a particular location.