mhurhangee/patent-ind-claim-en huggingface dataset:
A sensitizer for UV-LED photocuring, having a structure as represented by formula (I): wherein, R 1 represents a C 1 -C 20 linear or branched alkyl group, a C 3 -C 20 cycloalkyl group, or a C 4 -C 20 alkylcycloalkyl or cycloalkylalkyl group; R 2 represents a C 1 -C 40 n-valent hydrocarbyl group, in which -CH 2 - may be optionally substituted with an -O- group or a 1,4-phenylene group, provided that two -O-groups are not directly connected with each other; n represents an integer greater than 0. R 1 represents a C 1 -C 20 linear or branched alkyl group, a C 3 -C 20 cycloalkyl group, or a C 4 -C 20 alkylcycloalkyl or cycloalkylalkyl group; R 2 represents a C 1 -C 40 n-valent hydrocarbyl group, in which -CH 2 - may be optionally substituted with an -O- group or a 1,4-phenylene group, provided that two -O-groups are not directly connected with each other; n represents an integer greater than 0.
A diglycidyl ether or ester of Formula 1: Formula 1 wherein X is selected from the group consisting of CH 2 and CO, wherein when X is CH 2 , Y is selected from the group consisting of CH 2 and CO, and wherein when X is CO, Y is CH 2 . wherein X is selected from the group consisting of CH 2 and CO, wherein when X is CH 2 , Y is selected from the group consisting of CH 2 and CO, and wherein when X is CO, Y is CH 2 .
A negative electrode active material for an electrochemical device which comprises first graphite particles and second graphite particles, wherein the first graphite particles have a particle diameter (D 50 ) of 15-25 μm, the second graphite particles have a particle diameter (D 50 ) of 4-11 μm, the first graphite particles and the second graphite particles show a bimodal distribution, and the ratio of particle diameter (D 50 ) of the first graphite particles/particle diameter (D 50 ) of the second graphite particles is larger than 1.7, wherein the particle diameter (D 50 ) is a particle diameter (D 50 ) corresponding to 50% of the accumulated value from smaller particles calculated based on the results of determining the particle size distribution of the particles after classification using a general particle size distribution analyzer, and the particle size distribution is determined by a diffraction or scattering intensity pattern through the particle size analyzer, wherein the first and the second graphite particles have an orientation index, defined by an area ratio ((004 surface)/(110 surface)) as determined by analyzing surface and surface of the particles with X-ray diffractometry (XRD) and integrating the peak intensities, less than 35, wherein XRD is carried out under the following conditions: target: Cu (Ka-ray) graphite monochromator; slit: divergence slit = 1°, convergence slit = 0.1 mm, scattering slit = 1°; determination region and step angle/determination time: surface: 76.5° < 2θ < 78.5°, 0.01° / 3 sec; surface: 53.5° < 2θ < 56.0°, 0.01° / 3 sec, wherein 2θ means a diffraction angle. target: Cu (Ka-ray) graphite monochromator; slit: divergence slit = 1°, convergence slit = 0.1 mm, scattering slit = 1°; determination region and step angle/determination time: surface: 76.5° < 2θ < 78.5°, 0.01° / 3 sec; surface: 53.5° < 2θ < 56.0°, 0.01° / 3 sec, wherein 2θ means a diffraction angle.
A management apparatus for an accommodation member that accommodates components to be mounted on a board by a mounting device , the apparatus comprising: a memory section configured to allocate identification information on the accommodation member required for a production of the board to each arrangement position of the accommodation member in the mounting device , and to store allocation information defining an order of use of multiple accommodation members for each production at the same arrangement position according to the number of components required for the production; characterized in a management section configured to set the accommodation member scheduled to be used last at each arrangement position in each production of the board based on the allocation information as a final accommodation member, and to manage the final accommodation member and other accommodation members other than the final accommodation member based on the identification information on the accommodation members in a distinguishable manner for an operator, wherein, when the operator prepares for the production of the board, if the final accommodation member is prepared to be arranged before the other accommodation members, the management section outputs a warning to arrange an accommodation member from the other accommodation members. a memory section configured to allocate identification information on the accommodation member required for a production of the board to each arrangement position of the accommodation member in the mounting device , and to store allocation information defining an order of use of multiple accommodation members for each production at the same arrangement position according to the number of components required for the production; characterized in a management section configured to set the accommodation member scheduled to be used last at each arrangement position in each production of the board based on the allocation information as a final accommodation member, and to manage the final accommodation member and other accommodation members other than the final accommodation member based on the identification information on the accommodation members in a distinguishable manner for an operator, wherein, when the operator prepares for the production of the board, if the final accommodation member is prepared to be arranged before the other accommodation members, the management section outputs a warning to arrange an accommodation member from the other accommodation members.
A filter , comprising a number of building blocks for filtering an incoming signal, each building block comprising: - a first delay element having a first delay, and a second delay element having a second delay, - a first scaling device between an input node of the first delay element and an output node of the second delay element , - a second scaling device between an output node of the first delay element and an input node of the second delay element , the building block moreover comprising: - a first cross scaling device connected between the output node of the first delay element and the output node of the second delay element , - and/or a second cross scaling device between the input node of the first delay element and the input node of the second delay element wherein the building block is configured such that, in operation, incoming signals at the input node and output node of the second delay element are summed together, wherein the building blocks are cascaded with a first building block as earliest building block, - wherein the output of the first delay element of an earlier building block is connected with the input of the first delay element of a following building block , and - wherein the output of the second delay element of the following building block is connected with the input of the second delay element of the earlier building block , - such that when an incoming signal is applied to the input of the first delay element of the first building block an output signal can be obtained at the output of the second delay element of the first building block. - a first delay element having a first delay, and a second delay element having a second delay, - a first scaling device between an input node of the first delay element and an output node of the second delay element , - a second scaling device between an output node of the first delay element and an input node of the second delay element , - a first cross scaling device connected between the output node of the first delay element and the output node of the second delay element , - and/or a second cross scaling device between the input node of the first delay element and the input node of the second delay element wherein the building block is configured such that, in operation, incoming signals at the input node and output node of the second delay element are summed together, - wherein the output of the first delay element of an earlier building block is connected with the input of the first delay element of a following building block , and - wherein the output of the second delay element of the following building block is connected with the input of the second delay element of the earlier building block , - such that when an incoming signal is applied to the input of the first delay element of the first building block an output signal can be obtained at the output of the second delay element of the first building block.
An insulation film (100; 200), comprising: a film first layer (101; 201), wherein the film first layer (101; 201) is made of a first plastics material selected from the group consisting of PC, PET, PI, PP, and PA, and the first plastics material contains a heat conduction additive selected from the group consisting of carborundum, boron nitride, and metal oxide; and a film second layer (102; 202), wherein the film second layer (102; 202) is made of a second plastics material selected from the group consisting of PC, PET, PI, PP, and PA, and the plastics material contains conductive additives selected from the group consisting of carbon black, carbon fiber, metal powder, and conducting polymer, wherein a lower surface of the film first layer (101; 201) is bound together with an upper surface of the film second layer (102; 202). a film first layer (101; 201), wherein the film first layer (101; 201) is made of a first plastics material selected from the group consisting of PC, PET, PI, PP, and PA, and the first plastics material contains a heat conduction additive selected from the group consisting of carborundum, boron nitride, and metal oxide; and a film second layer (102; 202), wherein the film second layer (102; 202) is made of a second plastics material selected from the group consisting of PC, PET, PI, PP, and PA, and the plastics material contains conductive additives selected from the group consisting of carbon black, carbon fiber, metal powder, and conducting polymer, wherein a lower surface of the film first layer (101; 201) is bound together with an upper surface of the film second layer (102; 202).
An image processing apparatus for correcting degradation of an image due to an aberration of an optical imaging system with respect to image data obtained by sensing an object image entering through the optical imaging system using an image sensor, comprising: selection means for selecting a filter to be used for recovery processing in accordance with an image sensing condition at the time of the image sensing; image processing means for performing recovery processing for the image data by using the filter selected by said selection means; and correction means for determining a correction value based on a difference between the value of a pixel before and after recovery processing by said image processing means, and correcting the pixel value before the recovery processing by said image processing means using the determined correction value, wherein said correction means is characterized by comprising difference processing means for smoothing the difference between pixel values before and after recovery processing by said image processing means in a specified region comprising a saturated region constituted by pixels whose pixel values are larger than a predetermined threshold for a saturation level and a surrounding region of the saturated region, and synthesizing means for synthesizing the smoothed difference with the pixel value before recovery processing by said image processing means in the specified region. selection means for selecting a filter to be used for recovery processing in accordance with an image sensing condition at the time of the image sensing; image processing means for performing recovery processing for the image data by using the filter selected by said selection means; and correction means for determining a correction value based on a difference between the value of a pixel before and after recovery processing by said image processing means, and correcting the pixel value before the recovery processing by said image processing means using the determined correction value, wherein said correction means is characterized by comprising difference processing means for smoothing the difference between pixel values before and after recovery processing by said image processing means in a specified region comprising a saturated region constituted by pixels whose pixel values are larger than a predetermined threshold for a saturation level and a surrounding region of the saturated region, and synthesizing means for synthesizing the smoothed difference with the pixel value before recovery processing by said image processing means in the specified region.
A high refractive index, polarized spectacle lens comprising a high refractive index lens substrate having a refractive index of n ≥ 1.515, and a multi-layer polarized film embedded in the high refractive index lens substrate, characterized in that the multi-layer polarized film consists of one transparent support layer and two adhesion layers, each adhesion layer comprising a polyvinyl alcohol-type layer selected from one or more of the group of polyvinyl alcohol (PVA), polyvinyl formal (PVF), polyvinyl acetate (PVAc), a saponified (ethylene/vinyl acetate) copolymer, or a mixture thereof, at least one of the adhesion layers is a polarized adhesion layer being an outer layer of the multi-layer polarized film and being in direct contact with the high refractive index lens substrate and the transparent support layer is located between the two adhesion layers.
Modulation control method for a filter device for avoiding flicker appearing in streamed video images before acquiring images, comprising the following steps: • setting the exposure time to be equal or longer than an oscillating light source's period duration or to be as long as possible between two frames in the image acquisition of streamed video images, characterised by the steps • polarizing of incoming light in a first polarizer to turn into polarized light with a first polarization , • altering the polarization of the light with the first polarization in an electro- or magneto-optic modulator by an angle α to turn into light with a second polarization , wherein the altering of the first polarization depends on a voltage or current applied to the modulator , • reducing an amount of light with the second polarization in a second polarizer , with the remaining intensity of the outgoing light I 2 being I 2 = I 1 cos 2 β , wherein I 1 is the light intensity before passing the second polarizer and β is the angle between the polarization orientation of the light and the polarization orientation of the second polarizer . • setting the exposure time to be equal or longer than an oscillating light source's period duration or to be as long as possible between two frames in the image acquisition of streamed video images, characterised by the steps • polarizing of incoming light in a first polarizer to turn into polarized light with a first polarization , • altering the polarization of the light with the first polarization in an electro- or magneto-optic modulator by an angle α to turn into light with a second polarization , wherein the altering of the first polarization depends on a voltage or current applied to the modulator , • reducing an amount of light with the second polarization in a second polarizer , with the remaining intensity of the outgoing light I 2 being I 2 = I 1 cos 2 β ,
An image processing apparatus comprising: conversion means for converting (S502) an image in a first color space into an image in a second color space in such a manner that the image in the second color space has a bit depth smaller than a bit depth of the image in the first color space; detection means for detecting (S503) a predetermined object in the image in the second color space; control means for, in a case where the predetermined object is detected, determining (S503) an image area, of the image in the second color space, including the predetermined object; and recognition means for performing (S505) recognition processing that includes processing for acquiring a difference between a color of an area in the image in the first color space corresponding to the determined image area and a color of a reference image indicating the predetermined object. conversion means for converting (S502) an image in a first color space into an image in a second color space in such a manner that the image in the second color space has a bit depth smaller than a bit depth of the image in the first color space; detection means for detecting (S503) a predetermined object in the image in the second color space; control means for, in a case where the predetermined object is detected, determining (S503) an image area, of the image in the second color space, including the predetermined object; and recognition means for performing (S505) recognition processing that includes processing for acquiring a difference between a color of an area in the image in the first color space corresponding to the determined image area and a color of a reference image indicating the predetermined object.
Working plant for products comprising a primary branch which comprises an outlet and having a respective moving direction of the products going out from it; the plant comprises a secondary branch of the kind having a longitudinal extension and a plurality of product carriers for moving these products in a bidirectional moving direction mainly rectilinear and elongated or ring-shaped and provided with respective inlet and outlet for the products placed at the same end of such extension; the plant comprises a linear transfer branch and having its own inlet for the products; and it comprises a routing device having: - a first inlet facing the outlet of the primary branch from which it receives the products; - a first outlet facing the inlet of the transfer branch to which it supplies the products; - a second outlet facing the inlet of the secondary branch for the passage of the products from the routing device to the product carriers of the secondary branch ; - a second inlet facing the outlet of the secondary branch for passing the products from the product carriers of the secondary branch to the routing device ; - a switch means which can be controlled to send the products to the first outlet or to the second outlet ; - a picking up means which transfers the products of the routing device coming from the first inlet or from the second inlet towards the first outlet ; wherein the first inlet is provided with a first horizontal or almost horizontal linear conveyor , oriented towards the switch means ; said plant being characterized in that the first horizontal or almost horizontal linear conveyor comprises a motorized lifter provided with a grab means vertically movable on command between three conditions, a first condition in which the grab means is in a lower position in which it is intended to collect at least one of the products carried by the first linear conveyor , a second condition wherein the grab means is in an upper position in which it passes the at least one product to a feeding means of the second outlet routing the at least one product to the latter second outlet and a third condition in which the grab means is lifted with respect to the first linear conveyor and does not interfere with the products of this latter allowing the latter products to reach, in succession, the picking up means , the first outlet and the inlet of the transfer branch . - a first inlet facing the outlet of the primary branch from which it receives the products; - a first outlet facing the inlet of the transfer branch to which it supplies the products; - a second outlet facing the inlet of the secondary branch for the passage of the products from the routing device to the product carriers of the secondary branch ; - a second inlet facing the outlet of the secondary branch for passing the products from the product carriers of the secondary branch to the routing device ; - a switch means which can be controlled to send the products to the first outlet or to the second outlet ; - a picking up means which transfers the products of the routing device coming from the first inlet or from the second inlet towards the first outlet ;
An attachment structure comprising: a functional component in which an electronic component capable of acquiring information inside a tire is housed and which is attachable to an inner peripheral surface of the tire , the functional component comprising: a housing having a housing part for the electronic component and a bottom surface facing the inner peripheral surface of the tire ; a tubular part extending from a peripheral edge of the bottom surface toward the inner peripheral surface, and an adhesive agent (B); characterized in that the end part of the tubular part is abuttable against the inner peripheral surface of the tire , and the adhesive agent (B) is filled in a filling space enclosed by an inner peripheral surface of the tubular part, the bottom surface of the housing , and the inner peripheral surface of the tire . a housing having a housing part for the electronic component and a bottom surface facing the inner peripheral surface of the tire ; a tubular part extending from a peripheral edge of the bottom surface toward the inner peripheral surface, and an adhesive agent (B); characterized in that the end part of the tubular part is abuttable against the inner peripheral surface of the tire , and the adhesive agent (B) is filled in a filling space enclosed by an inner peripheral surface of the tubular part, the bottom surface of the housing , and the inner peripheral surface of the tire .
A control method of a washing machine including two or more balancing units (A1, A2) on a drum which are independently movable relative to the drum in a path along the outer circumference of the drum , wherein the balancing units (A1, A2) are provided with a motor and a stopper (182; 594) or a brake , the control method : comprising the steps: (a) sensing the weight of laundry during rotation of the drum while identically maintaining a phase difference between the two or more balancing units (A1, A2) such that they do not increase the eccentricity of the drum and rotating a drum ; and (b) moving at least one of the two or more balancing units (A1, A2) simultaneously with rotation of the drum after sensing the weight of laundry such as to reduce eccentricity of the drum . (a) sensing the weight of laundry during rotation of the drum while identically maintaining a phase difference between the two or more balancing units (A1, A2) such that they do not increase the eccentricity of the drum and rotating a drum ; and (b) moving at least one of the two or more balancing units (A1, A2) simultaneously with rotation of the drum after sensing the weight of laundry such as to reduce eccentricity of the drum .