mhurhangee/ep-ind-claims huggingface dataset:
A method for bonding a first substrate to a second substrate, comprising the steps of: a. applying to one or both of the substrates a primer composition that includes i. an adhesion promoter, which is an adduct prepared by the reaction of at least one aromatic polyisocyanate compound, with an active hydrogen containing moiety of an organofunctional silane, ii. a prepolymer derived from the reaction of at least one aliphatic polyisocyanate and a polyol, and is at least partially reacted with an active hydrogen containing moiety of an organofunctional silane; iii. optionally, a solvent; and iv. an isocyanate functional prepolymer with an isocyanate content greater than 1%, and being the reaction product of a polyol having a functionality of greater than 2 and a molecular weight (M n) greater than 300 and an aromatic polyisocyanate; b. applying an adhesive to at least one of the substrates and c. assembling the two substrates. a. applying to one or both of the substrates a primer composition that includes i. an adhesion promoter, which is an adduct prepared by the reaction of at least one aromatic polyisocyanate compound, with an active hydrogen containing moiety of an organofunctional silane, ii. a prepolymer derived from the reaction of at least one aliphatic polyisocyanate and a polyol, and is at least partially reacted with an active hydrogen containing moiety of an organofunctional silane; iii. optionally, a solvent; and iv. an isocyanate functional prepolymer with an isocyanate content greater than 1%, and being the reaction product of a polyol having a functionality of greater than 2 and a molecular weight (M n) greater than 300 and an aromatic polyisocyanate; i. an adhesion promoter, which is an adduct prepared by the reaction of at least one aromatic polyisocyanate compound, with an active hydrogen containing moiety of an organofunctional silane, ii. a prepolymer derived from the reaction of at least one aliphatic polyisocyanate and a polyol, and is at least partially reacted with an active hydrogen containing moiety of an organofunctional silane; iii. optionally, a solvent; and iv. an isocyanate functional prepolymer with an isocyanate content greater than 1%, and being the reaction product of a polyol having a functionality of greater than 2 and a molecular weight (M n) greater than 300 and an aromatic polyisocyanate; b. applying an adhesive to at least one of the substrates and c. assembling the two substrates.
Method for detecting with a computer unit a probable error in a set of data relative to a wearer and/or to a frame chosen by the wearer, at least one of these data being used for ordering an ophthalmic lens to be fitted into said frame for said wearer, said set of data comprising at least a value of a first parameter and a value of a second parameter different from said first parameter, said first and second parameters being relative to the wearer and/or a frame chosen by the wearer, and at least one of said first and second parameters being chosen among the following parameters: - a parameter relative to the refraction features of at least one of the eyes of the wearer, - a fitting parameter relative to the position of the chosen frame and/or of the ophthalmic lens relative to the eves of the wearer, - a morphologic parameter relative to the size and/or position of the features of the face of the wearer, - a visual behavior and/or postural parameter relative to the behavior of the wearer during a visual task, or - a geometric parameter relative to a dimension of the frame, said method comprising the following steps: a) determining a level of consistency of said values of the first and second parameter with each other, based on a predetermined statistical consistency rule linking said first and second parameters, b) emitting, based on this level of consistency, an alert signal in order to report a probable error. - a parameter relative to the refraction features of at least one of the eyes of the wearer, - a fitting parameter relative to the position of the chosen frame and/or of the ophthalmic lens relative to the eves of the wearer, - a morphologic parameter relative to the size and/or position of the features of the face of the wearer, - a visual behavior and/or postural parameter relative to the behavior of the wearer during a visual task, or - a geometric parameter relative to a dimension of the frame, a) determining a level of consistency of said values of the first and second parameter with each other, based on a predetermined statistical consistency rule linking said first and second parameters, b) emitting, based on this level of consistency, an alert signal in order to report a probable error.
Device for an illumination system (14; 71) for supplying several consumers of an illumination system with energy, wherein the device for an illumination system (14; 71) is configured to transmit control signals to the several consumers via supply lines and to provide the energy via the supply lines, wherein the device for an illumination system (14; 71) comprises: a detection device (31; 51, 52; 61-64) for detecting at least one parameter, wherein the at least one parameter is a time-dependent, total power consumption of the several consumers via the supply lines, and a communications interface for outputting data which depend upon the at least one parameter, wherein the device for an illumination system (14; 71) is configured to determine a power consumption individually for the several consumers from changes in the total power consumption that result from manipulatedvariable changes of the control signals, wherein the device for an illumination system (14; 71) is configured for only unidirectional communication with the several consumers, characterized in that the illumination device (14; 71) is further configured to determine at least one, maintenance-relevant parameter of the several consumers, wherein, in the event of a power exceeding a power threshold, the detection device (31; 51; 52; 61-64) is configured to determine, for each of the several consumers, an operating time as the at least one, maintenance-relevant parameter of the several consumers. a detection device (31; 51, 52; 61-64) for detecting at least one parameter, wherein the at least one parameter is a time-dependent, total power consumption of the several consumers via the supply lines, and a communications interface for outputting data which depend upon the at least one parameter, wherein the device for an illumination system (14; 71) is configured to determine a power consumption individually for the several consumers from changes in the total power consumption that result from manipulatedvariable changes of the control signals, wherein the device for an illumination system (14; 71) is configured for only unidirectional communication with the several consumers, characterized in that the illumination device (14; 71) is further configured to determine at least one, maintenance-relevant parameter of the several consumers, wherein, in the event of a power exceeding a power threshold, the detection device (31; 51; 52; 61-64) is configured to determine, for each of the several consumers, an operating time as the at least one, maintenance-relevant parameter of the several consumers.
Chassis for land vehicles having side members, wherein the chassis has a chassis component which is embodied as a self-supporting module unit having a composite structure in the form of a composite platform structure and having one or more integrated hollow chambers (10, 11, 12, 13), wherein the composite platform structure has an upper and a lower platform (29, 41) which are spaced apart and reinforced by the side members, characterized in that the platforms (29, 41) project laterally beyond the side members at least regionally and form a lateral overhang.
A fluid-absorbent core comprising a substrate layer, at least 75% by weight of water-absorbent polymer particles, and an adhesive, wherein the water-absorbent polymer particles comprise a basic salt of a polyvalent metal cation and a monovalent carboxylic acid anion on the surface and the wet SAP shake out of water-absorbent polymer particles out of the fluid-absorbent core is less than 10% by weight.
Hammer crusher grate with the following features: (a) a rectangular shape in a top view; (b) two outer longitudinal sides (L1, L2) and two outer broad sides (B1, B2); (c) a first device which forms part of a fixed bearing for fixing the hammer crusher grate to a housing of an associated hammer crusher; (d) a second device which forms part of a first movable bearing, along which the hammer crusher grate can be movably guided on the housing of the hammer crusher in the direction of the longitudinal sides (L1, L2) or the broad sides (B1, B2). (a) a rectangular shape in a top view; (b) two outer longitudinal sides (L1, L2) and two outer broad sides (B1, B2); (c) a first device which forms part of a fixed bearing for fixing the hammer crusher grate to a housing of an associated hammer crusher; (d) a second device which forms part of a first movable bearing, along which the hammer crusher grate can be movably guided on the housing of the hammer crusher in the direction of the longitudinal sides (L1, L2) or the broad sides (B1, B2).
- Method for estimating an injection profile in function of the depth of a well, said well being used for reaching a geological formation, the well extending between a first end of the well and a second end of the well, said first end being located towards the surface level, wherein said method comprises performing, the well being initially filled with an initial fluid: - a well closing phase wherein a first fluid is injected at the first end until said first fluid reaches the second end, such that a first interface between the initial fluid and the first fluid travels from the first end towards the second end, the well being completely filled with the first fluid and the initial fluid having been completely injected into the geological formation when the first interface reaches the second end, said first fluid having a higher viscosity than the initial fluid; - a well opening phase wherein a second fluid is injected at the first end until said second fluid reaches the second end, such that a second interface between the first fluid and the second fluid travels from the first end towards the second end, the well being completely filled with the second fluid and the first fluid having been completely injected into the geological formation when the second interface reaches the second end, said first fluid having a higher viscosity than the second fluid; wherein the method comprises measuring (511, 521) at least one temporal injection profile representative of the variation over time of at least one physical quantity measured at the first end during the well closing phase or the well opening phase and estimating the depth injection profile of the well based on the at least one temporal injection profile. - a well closing phase wherein a first fluid is injected at the first end until said first fluid reaches the second end, such that a first interface between the initial fluid and the first fluid travels from the first end towards the second end, the well being completely filled with the first fluid and the initial fluid having been completely injected into the geological formation when the first interface reaches the second end, said first fluid having a higher viscosity than the initial fluid; - a well opening phase wherein a second fluid is injected at the first end until said second fluid reaches the second end, such that a second interface between the first fluid and the second fluid travels from the first end towards the second end, the well being completely filled with the second fluid and the first fluid having been completely injected into the geological formation when the second interface reaches the second end, said first fluid having a higher viscosity than the second fluid;
A waterborne mid-coat paint composition which contains, as indispensible components, a water-soluble or water-dispersible polyester resin, a melamine resin, and polypropylene glycol, where said component is a polyester resin which has been rendered waterborne by adding 7-20 mass%, based on the resin solids content of component, of (a) a C 1-3 alkoxy group-containing glycol monoalkyl ether to a polyester resin of resin acid value 25-35 mgKOH/g and then neutralizing with a secondary amine and/or tertiary amine, and said component comprises a methylated melamine resin and a methyl/butyl mixed alkylated melamine resin, and the content ratio based on resin solids content by mass of the methylated melamine resin to the methyl/butyl mixed alkylated melamine resin is between 50/50 and 90/10, and the content ratio based on resin solids content by mass of component to component is from 70/30 to 90/10, and said component has a number average molecular weight of between 400 and 1,200, and the content of component by mass percentage is between 1 and 10 mass% in terms of the combined resin solids contents of component and component.
A machine to process wood panels or the like comprising a base; a locking device to hold at least one panel on the base; an edgebanding assembly to edgeband a lateral edge of the panel with a finishing band, the edgebanding assembly comprising, in turn, a glueing roller to apply glue onto the lateral edge and/or onto the finishing band, a pressing roller to press the finishing band against the lateral edge itself, and a heating device to heat the finishing band and allow it to be connected to the lateral edge; actuating means to move the locking device and the edgebanding assembly relative to one another in two directions (6, 9), which are substantially horizontal and transverse to one another; a first operating device to move the glueing roller around a first rotation axis, which is perpendicular to a support surface supporting the panel, and is parallel to and distinct from a longitudinal axis of the glueing roller itself; and characterized in that the heating device is configured so as to feed a hot gas, in particular a hot gas under pressure, onto the finishing band and comprises a hot gas outlet duct, which faces the finishing band and is mobile around the first rotation axis, which is parallel to and distinct from a longitudinal axis of the outlet duct itself.
A method for preparing fluorescent-encoded microspheres coated with metal nanoshells, comprising the following steps: allowing sliver particles to form a suspension in an amphiprotic solvent as to form a first solution; dissolving a CdSe/ZnS quantum dots and a styrene-maleic anhydride copolymer, PSMA, in an inert solvent to form a second solution; providing an Shirasu Porous Glass, SPG, membrane, with an outer diameter of 10 mm; an inner diameter of 8mm; a pore size of 0.1μm-19.6μm; a length of 20-50mm; membrane having a first side and a second side; wherein the first side being in contact with the first solution, and the second side being in contact with the second solution; under a pressure of between 3 and 7KPa, allowing the second solution to flow from the first side through the SPG membrane to contact with the first solution, as to form an oil-in-water type droplet in the first solution under such condition that metal nano-material in the first solution acts as a surfactant during the contact process. allowing sliver particles to form a suspension in an amphiprotic solvent as to form a first solution; dissolving a CdSe/ZnS quantum dots and a styrene-maleic anhydride copolymer, PSMA, in an inert solvent to form a second solution; providing an Shirasu Porous Glass, SPG, membrane, with an outer diameter of 10 mm; an inner diameter of 8mm; a pore size of 0.1μm-19.6μm; a length of 20-50mm; membrane having a first side and a second side; wherein the first side being in contact with the first solution, and the second side being in contact with the second solution; under a pressure of between 3 and 7KPa, allowing the second solution to flow from the first side through the SPG membrane to contact with the first solution, as to form an oil-in-water type droplet in the first solution under such condition that metal nano-material in the first solution acts as a surfactant during the contact process.
A method of displaying an icon attributed to an executable function in a terminal having a touchscreen, the method including: - displaying the icon and fixing the icon to a first position on the touchscreen such that the icon can not be moved away from the first position by a touch-and-drag action; characterized by: - if the icon is touched for a predetermined time, releasing the position fixation of the icon such that the whole icon can be moved away from the first position to a second position by a touch-and-drag action; and - displaying a first indication to visually inform a user that the position fixation of the icon is released, wherein the displayed first indication includes at least one of a graphical indication, an animation, and a text message, wherein the fixed icon is available to a user before the fixed icon is released. - displaying the icon and fixing the icon to a first position on the touchscreen such that the icon can not be moved away from the first position by a touch-and-drag action; - if the icon is touched for a predetermined time, releasing the position fixation of the icon such that the whole icon can be moved away from the first position to a second position by a touch-and-drag action; and - displaying a first indication to visually inform a user that the position fixation of the icon is released, wherein the displayed first indication includes at least one of a graphical indication, an animation, and a text message,
A collimating metalens, comprising: a substrate having a first side and a second side; and a metasurface formed on said first side of said substrate, the metasurface comprising at least one region; wherein: the at least one region comprises an array of first unit cells, wherein the array of first unit cells comprises an arrangement of nanostructures, such that each first unit cell functions as a radial diffraction grating structure, and wherein the array of first unit cells is configured to impart an approximately hyperboloidal phase shift on incident light thereon. a substrate having a first side and a second side; and a metasurface formed on said first side of said substrate, the metasurface comprising at least one region; wherein: the at least one region comprises an array of first unit cells, wherein the array of first unit cells comprises an arrangement of nanostructures, such that each first unit cell functions as a radial diffraction grating structure, and wherein the array of first unit cells is configured to impart an approximately hyperboloidal phase shift on incident light thereon.
A system for use as a selector in RRAM arrays, the system comprising: - a first metal / semiconductor structure and a second metal /semiconductor structure, - an insulator, wherein the insulator is located in between the first metal /semiconductor structure and the second metal /semiconductor structure and wherein the first and second metal/semiconductor structures are oriented back to back resulting in a metal /semiconductor /insulator /semiconductor /metal structure, characterised in that the semiconductor (120, 140) is in amorphous form. - a first metal / semiconductor structure and a second metal /semiconductor structure, - an insulator,
A method of identifying or monitoring a plasma cell associated disease, comprising purifying immunoglobulin free light chains (FLCs) from a sample from a subject with anti-FLC specific antibodies or fragments thereof and subjecting the purified sample to a mass spectrometry technique to identify the presence of one or more peaks corresponding to one or more monoclonal FLCs in the sample compared to background normal FLC production, wherein the anti-FLC specific antibodies are a mixture of anti-kappa FLC specific and anti-lambda FLC specific antibodies, or anti-kappa FLC specific fragments or anti-lambda FLC specific fragments thereof.
A high-frequency signal double-layer flat cable adapter card, particularly a double-layer flat cable adapter card that is capable of eliminating transmission disorder of a double-layer cable caused by paralleling and overlapping of high-frequency signals and a DC supply loop, comprising a first connecting end, including a first substrate and a connector; said first substrate has a first connecting pin and a second connecting pin set on its front and rear sides respectively; a second connecting end, including a second substrate with a third connecting pin and a fourth connecting pin set on its front and rear sides respectively; and a flat cable group including a minimum of two flat cables arranged as upper-lower double layer and connected between said first and second connecting ends,, said first flat cable, as the upper layer, has its front and back ends electrically connected to the first connecting pin of said first substrate and the third connecting pin of said second substrate respectively, and the second flat cable, as the lower layer, has its front and back ends electrically connected to the second connecting pin of said first substrate and the fourth connecting pin of said second substrate respectively; characterized in that said flat cable group has a fine conductive metal foil sheet arranged between the upper and lower flat cables with a width covering areas of said flat cable group adopted as a power supply loop to isolate the magnetic field effect in the areas of said upper and lower flat cables adopted as a power supply loop; and a conductive adhesive tape with high frequency shielding effects wraps the entire double-layer flat cable group to minimize the loss of high frequency signals.