mhurhangee/patent-ind-claim-en huggingface dataset:
A composition comprising: (a) a resinous binder comprising a polyester polymer and a curing agent, which is reactive with the polyester polymer, (b) 5 to 35 percent by weight based on total solids weight of the composition of a product formed by mixing together and heating: (i) an epoxidized olefin polymer, and (ii) a polyamide, wherein the polyester polymer is used in an amount of 30 to 90 percent by weight, and the curing agent is used in an amount of 5 to 50 percent by weight, the percentages by weight being based on the weight of total solids in the coating composition. (a) a resinous binder comprising a polyester polymer and a curing agent, which is reactive with the polyester polymer, (b) 5 to 35 percent by weight based on total solids weight of the composition of a product formed by mixing together and heating: (i) an epoxidized olefin polymer, and (ii) a polyamide, wherein the polyester polymer is used in an amount of 30 to 90 percent by weight, and the curing agent is used in an amount of 5 to 50 percent by weight, the percentages by weight being based on the weight of total solids in the coating composition. (i) an epoxidized olefin polymer, and (ii) a polyamide,
An electro-optic display, comprising: a driver chip (IC); and a backplane comprising a substrate, the substrate having a front side bearing an array of pixel electrodes arranged in pixel rows and pixel columns, each of the pixel rows having a row line running parallel to the pixel row, each row line being coupled to a back side wire, the back side wire also being coupled to the driver chip, wherein each back side wire runs along the back side of the substrate in a direction substantially perpendicular to its associated row line, and each back side wire transitions to the front side of the substrate through a via, wherein multiple back side wires run adjacent to each pixel column, each via for each back side wire has a nearest neighbor via, and the via and the nearest neighbor via are not aligned with the same pixel column. a driver chip (IC); and a backplane comprising a substrate, the substrate having a front side bearing an array of pixel electrodes arranged in pixel rows and pixel columns, each of the pixel rows having a row line running parallel to the pixel row, each row line being coupled to a back side wire, the back side wire also being coupled to the driver chip, wherein each back side wire runs along the back side of the substrate in a direction substantially perpendicular to its associated row line, and each back side wire transitions to the front side of the substrate through a via, wherein multiple back side wires run adjacent to each pixel column, each via for each back side wire has a nearest neighbor via, and the via and the nearest neighbor via are not aligned with the same pixel column.
An IgG 1 antibody comprising a TNFα-binding domain and an FcRn-binding site, having a high affinity to human FcRn at pH 6, said high affinity being characterized by a dissociation equilibrium constant (K D ) determined by surface plasmon resonance of less than 100 nM, and further having no affinity or a low affinity to human FcRn at pH 7.4, said low affinity being characterized by a K D determined by surface plasmon resonance, of greater than 10 μM, wherein the amino acid sequence of the antibody comprises the amino acids 311R, 428E and 434W as defined by EU numbering, and wherein the antibody comprises (i) a V L domain comprising a CDR1 region having the amino acid sequence as shown in SEQ ID NO:3, a CDR2 region having the amino acid sequence as shown in SEQ ID NO:4, and a CDR3 region having the amino acid sequence as shown in SEQ ID NO:5, and (ii) a V H domain comprising a CDR1 region having the amino acid sequence as shown in SEQ ID NO:6, a CDR2 region having the amino acid sequence as shown in SEQ ID NO:7, and a CDR3 region having the amino acid sequence as shown in SEQ ID NO:8.
A marine lubricating oil comprising from 15 to 95 wt% of a Group III base stock having a KV100 of 4 to 12 cSt, 0.5 to 55 wt% of cobase stock having a KV100 of 29 to 1000 cSt, 0.1 to 2.0 wt% of a molydithiocarbamate friction modifier, 0.1 to 2.0 wt% of a zinc dithiocarbamate anti-wear additive, and 2 to 30 wt% of other lubricating oil additives, and wherein the Group III base stock is a GTL base stock, wherein the cobase stock is selected from the group consisting of a Group I, a Group IV, a Group V and combinations thereof, wherein the Group I cobase stock is bright stock; the Group IV cobase stock is a Friedel-Crafts catalyzed PAO base stock or a metallocene catalyzed PAO base stock; and/or the Group V cobase stock is selected from the group consisting of polyisobutylene, polymethacrylate and combinations thereof, wherein KV100 is as measured by ASTM D445.
A bio-information estimation apparatus for estimating bio-information in a non-invasive manner, comprising: a spectrum measurer configured to measure a spectrum of light reflected from an object; a temperature measurer configured to measure a temperature of the object while the spectrum measurer measures the spectrum; and a processor configured to calculate a spectrum correction factor, comprising at least one of a correction factor of a gain, a correction factor of a constant, and a correction factor of a slope, wherein the gain indicates a difference between a minimum absorbance and a maximum absorbance, the constant indicates a minimum absorbance and the slope indicates a slope of a spectrum waveform over an entire wavelength band of the measured spectrum, by inputting the measured temperature of the object into a correction factor calculation formula, wherein the correction factor calculation formula represents a correlation between a spectrum of light reflected from the object at a reference temperature or from a standard solution at a reference temperature, and a spectrum of light reflected from the object at a temperature different from the reference temperature, and to adjust at least one of the gain, the constant, and the slope of the measured spectrum based on the calculated correction factor. a spectrum measurer configured to measure a spectrum of light reflected from an object; a temperature measurer configured to measure a temperature of the object while the spectrum measurer measures the spectrum; and a processor configured to calculate a spectrum correction factor, comprising at least one of a correction factor of a gain, a correction factor of a constant, and a correction factor of a slope, wherein the gain indicates a difference between a minimum absorbance and a maximum absorbance, the constant indicates a minimum absorbance and the slope indicates a slope of a spectrum waveform over an entire wavelength band of the measured spectrum, by inputting the measured temperature of the object into a correction factor calculation formula, wherein the correction factor calculation formula represents a correlation between a spectrum of light reflected from the object at a reference temperature or from a standard solution at a reference temperature, and a spectrum of light reflected from the object at a temperature different from the reference temperature, and to adjust at least one of the gain, the constant, and the slope of the measured spectrum based on the calculated correction factor.
An ophthalmic composition in the form of an oil-in-water emulsion comprising a mucomimetic polymer selected from hyaluronic acid and salts thereof and lipoic acid.
A pressure-sensitive adhesive composition comprising: an elastomer; and at least one flame retardant tackifier compound represented by the formula wherein R represents a hydrocarbyl group having 20 carbon atoms and three consecutive fused six-membered rings; and each R 1 independently represents an alkyl or aryl group having from 1 to 8 carbon atoms. an elastomer; and at least one flame retardant tackifier compound represented by the formula wherein R represents a hydrocarbyl group having 20 carbon atoms and three consecutive fused six-membered rings; and each R 1 independently represents an alkyl or aryl group having from 1 to 8 carbon atoms. R represents a hydrocarbyl group having 20 carbon atoms and three consecutive fused six-membered rings; and each R 1 independently represents an alkyl or aryl group having from 1 to 8 carbon atoms.
A machine monitoring system comprising: a housing mounted to a surface of a machine ; a plurality of sensors configured to monitor a parameter of the machine and generate respective output signals relating to the parameter, the parameter indicative of a condition of the machine , wherein the condition of the machine is relatable to a life remaining in the machine ; a voting module positioned within the housing and configured to receive and validate the respective output signals relating to the parameter, the validation being based on a voting technique or on the health of the sensors as determined by a sensor health algorithm and to generate a corrected output signal based on the respective validated output signals; a memory device positioned within the housing and comprising a store location configured to store manual input functions relating to a construction of the machine; a life calculator positioned within the housing and communicatively coupled to the voting module and the memory device, the life calculator configured to determine a life remaining in the machine using the corrected output and the manual input functions, wherein additional life is added when an operating temperature is below an insulation class operating temperature rating; and a display positioned within the housing and configured to display the life remaining in the machine. a housing mounted to a surface of a machine ; a plurality of sensors configured to monitor a parameter of the machine and generate respective output signals relating to the parameter, the parameter indicative of a condition of the machine , wherein the condition of the machine is relatable to a life remaining in the machine ; a voting module positioned within the housing and configured to receive and validate the respective output signals relating to the parameter, the validation being based on a voting technique or on the health of the sensors as determined by a sensor health algorithm and to generate a corrected output signal based on the respective validated output signals; a memory device positioned within the housing and comprising a store location configured to store manual input functions relating to a construction of the machine; a life calculator positioned within the housing and communicatively coupled to the voting module and the memory device, the life calculator configured to determine a life remaining in the machine using the corrected output and the manual input functions, wherein additional life is added when an operating temperature is below an insulation class operating temperature rating; and a display positioned within the housing and configured to display the life remaining in the machine.
A method for determining, from a sample of a material, a representative elementary volume, REV, of the material based on one or more material properties, the method comprising: defining a plurality of test volume sizes; determining, for each of the plurality of test volume sizes, a difference value of a material property between sample volumes of one or more pairs of adjacent sample volumes from a three-dimensional, 3D, digital volume representative of the sample of material, each sample volume of a size at that test volume size; and identifying the REV for the 3D digital volume from the difference values determined at each of the plurality of test volume sizes. defining a plurality of test volume sizes; determining, for each of the plurality of test volume sizes, a difference value of a material property between sample volumes of one or more pairs of adjacent sample volumes from a three-dimensional, 3D, digital volume representative of the sample of material, each sample volume of a size at that test volume size; and identifying the REV for the 3D digital volume from the difference values determined at each of the plurality of test volume sizes.
A self-moving robot comprising a shell , a driving module mounted on the shell and driving the shell to move relative to the ground; a working module mounted on the shell and executing a set working task; a light emitter emitting light in a specific wavelength range to the ground; an image capturing device matched with the light emitter to receive the light in the specific wavelength range to form an image based on the light in the specific wavelength range; and a controller mounted on the shell and connected with and controlling the driving module and working module to work, wherein the controller comprises a ground type recognizing module which in use extracts features in the image to recognize the ground type in the image, characterised in that the light emitter comprises a line light source.
A method for the recovery of alcoholic liquid separated from yeast entrained in alcoholic liquid after a fermentation process, wherein the separated alcoholic liquid is recycled to the fermentation process, and wherein the separated alcoholic liquid is sterilized with ultraviolet light prior to introduction to the fermentation process.
Housing , comprising a first housing element , which is a cover; and a second housing element , which is an internal volume closed by the cover; wherein the housing elements (4a, b) are of thermally conductive design; and wherein the housing elements (4a, b) are connected to one another using a connecting process; wherein a connecting material is arranged between the first housing element and the second housing element for connection of the housing elements (4a, b); wherein at least one of the housing elements (4a, b) can be heated, such that the connecting material is prepared for connecting the housing elements (4a, b); wherein at least one of the housing elements (4a, b) comprises a temperature barrier (16a, b, c) in the form of a local reduction of the thermal conductivity, such that a propagation of heat in the at least one housing element (4a, b) is reduced by the local reduction of the thermal conductivity; characterized in that at least one of the housing elements (4a, b) is composed of a ceramic material with a metal coat; the metal coat is deposited in a local region of a connecting point of the housing elements (4a, b), and a surface in this local region is configured for the introduction of optical energy and has an altered reflectance in order to absorb the optical energy. a first housing element , which is a cover; and a second housing element , which is an internal volume closed by the cover; wherein the housing elements (4a, b) are of thermally conductive design; and wherein the housing elements (4a, b) are connected to one another using a connecting process; wherein the housing elements (4a, b) are of thermally conductive design; and wherein the housing elements (4a, b) are connected to one another using a connecting process; wherein a connecting material is arranged between the first housing element and the second housing element for connection of the housing elements (4a, b); wherein at least one of the housing elements (4a, b) can be heated, such that the connecting material is prepared for connecting the housing elements (4a, b); wherein at least one of the housing elements (4a, b) comprises a temperature barrier (16a, b, c) in the form of a local reduction of the thermal conductivity, such that a propagation of heat in the at least one housing element (4a, b) is reduced by the local reduction of the thermal conductivity; characterized in that at least one of the housing elements (4a, b) is composed of a ceramic material with a metal coat; the metal coat is deposited in a local region of a connecting point of the housing elements (4a, b), and a surface in this local region is configured for the introduction of optical energy and has an altered reflectance in order to absorb the optical energy.
Article of clothing to wear on the top part of the body to cover at least the shoulders, torso and back, said article of clothing consists of two opposite panels , joined together overlapping along all the respective facing perimeter edges , except for at least a lower segment that is not joined, which defines a lower opening in order to put the article of clothing at least on the torso, shoulders and back, and an upper segment , not joined, which defines an upper opening for the head to go through, and possibly one or more lateral segments , not joined, which define respective one or more lateral openings for the arms to go through, said two panels having the same shape and size, optionally except for exclusively the zone of said upper segment defining the upper opening , wherein said panels have respective shaped edges having an identical profile, chosen between a rounded shape and a V-shape, wherein at least one, or each, of said two panels consists of a single layer of textile material and wherein said two panels are a front panel and a back panel , wherein the front panel and the back panel are joined to each other along said perimeter edge , laterally by means of a left lateral seam and a right lateral seam and, in the upper part, by means of a left shoulder seam and a right shoulder seam to define a tubular structure wearable by the user, wherein the left lateral seam , the right lateral seam , the left shoulder seam and the right shoulder seam are external seams or internal seams, wherein the left shoulder seam and the right shoulder seam have the same type of seam, internal or external, as have the respective left lateral seam and the right lateral seam , wherein said front panel and back panel are shaped or cut so as to be identical to each other and each symmetrical front/back with respect to themselves and also symmetrical with respect to each other and wherein the front panel and the back panel each provide, in correspondence to said upper segment along which they are not joined together, an identical edge shaped to define a part of the article of clothing that surrounds the user's neck, delimiting said upper opening for the head to go through, characterized in that at least one of either the left lateral seam or the right lateral seam is an internal seam, and at least one other of either the left lateral seam or the right lateral seam is an external seam and wherein at least one of either the left shoulder seam or the right shoulder seam is an internal seam, and at least one other of either the left shoulder seam or the right shoulder seam is an external seam.
A production method of a compound represented by the formula (C), comprising (i) a step of reacting a compound represented by the formula (A) and a compound represented by the formula (B) : wherein R 1 represents furyl, R 4 , R 5 and R 6 are the same or different and each represents lower alkyl or aryl, R 2 represents pyridyl or tetrahydropyranyl, and X 1 represents halogen.
A non-transitory computer-readable medium storing a computer program comprising screen response validation logic for robotic process automation, the computer program configured to cause at least one processor to: determine whether a difference exists between a current screenshot frame and a previous screenshot frame by determining whether at least some pixels in the current screenshot frame differ from corresponding pixels in the previous screenshot frame, the current screenshot frame and the previous screenshot frame comprising an entire user interface or a portion thereof; when the difference exists between the current screenshot frame and the previous screenshot frame and a difference between the current screenshot frame and the previous screenshot frame is expected based on an activity in a workflow of a robotic process automation robot: validate one or more changes between the current screenshot frame and the previous screenshot frame against one or more expected screen changes based on the activity of the workflow of the robotic process automation robot, and when the validation fails, throw an exception or initiate a remedial action , wherein the expected difference between the current screenshot frame and the previous screenshot frame is determined based on a graphical element interaction caused by the activity of the workflow of the robotic process automation robot. determine whether a difference exists between a current screenshot frame and a previous screenshot frame by determining whether at least some pixels in the current screenshot frame differ from corresponding pixels in the previous screenshot frame, the current screenshot frame and the previous screenshot frame comprising an entire user interface or a portion thereof; when the difference exists between the current screenshot frame and the previous screenshot frame and a difference between the current screenshot frame and the previous screenshot frame is expected based on an activity in a workflow of a robotic process automation robot: validate one or more changes between the current screenshot frame and the previous screenshot frame against one or more expected screen changes based on the activity of the workflow of the robotic process automation robot, and when the validation fails, throw an exception or initiate a remedial action , wherein validate one or more changes between the current screenshot frame and the previous screenshot frame against one or more expected screen changes based on the activity of the workflow of the robotic process automation robot, and when the validation fails, throw an exception or initiate a remedial action , wherein the expected difference between the current screenshot frame and the previous screenshot frame is determined based on a graphical element interaction caused by the activity of the workflow of the robotic process automation robot.
A method for detecting a substance , preferably human tissue, in the vicinity of a movable tool , wherein the substance to be detected differs in its electrical properties from a material which can be processed by means of the movable tool , and wherein in the method a change in a capacitance formed by the tool and a counterpart electrode that is electrically insulated from the tool is detected, characterized in that a periodic change in the capacitance is detected, wherein said change is caused by the substance being arranged in a region (B) relative to the tool and by a geometrical property of the tool in said region (B) changing periodically upon a movement of the tool .