mhurhangee/ep-ind-claims huggingface dataset:
A bearing assembly for a cam follower assembly for a ram assembly for a metal can production necker, the bearing comprising: at least two bearings (230, 260), each bearing comprising: an inner ring (250, 280) positioned within an outer ring (240, 270) and a plurality of rolling elements (254, 284) positioned therebetween; a tire press fit on the outer rings (240, 270) of the at least two bearings (230, 260), the tire comprising an elongate body portion that extends between a first radially inward projecting shoulder and a second radially inward projecting shoulder, a radially inward facing surface extending between the first radially inward projecting shoulder and the second radially inward projecting shoulder, and the first radially inward projecting shoulder extending further radially inward than the second radially inward projecting shoulder, wherein the second radially inward projecting shoulder comprises an inwardly facing sloped abutment surface. an inner ring (250, 280) positioned within an outer ring (240, 270) and a plurality of rolling elements (254, 284) positioned therebetween; a tire press fit on the outer rings (240, 270) of the at least two bearings (230, 260), the tire comprising an elongate body portion that extends between a first radially inward projecting shoulder and a second radially inward projecting shoulder, a radially inward facing surface extending between the first radially inward projecting shoulder and the second radially inward projecting shoulder, and the first radially inward projecting shoulder extending further radially inward than the second radially inward projecting shoulder, wherein the second radially inward projecting shoulder comprises an inwardly facing sloped abutment surface.
An apparatus for measuring stress in a material, comprising: a laser; an optico-acoustic transducer optically connected to the laser by a fiber optic cable, wherein the optico-acoustic transducer comprises: an optical element capable of focusing the laser in an elongate strip on the surface of an object to create a surface acoustic wave, and a piezoelectric transducer for detecting the surface acoustic wave, and a spring for pressing the piezoelectric transducer to said surface at a detection point which is at a fixed distance from the elongate strip; and a computer configured to calculate a propagation velocity of the surface acoustic wave. a laser; an optico-acoustic transducer optically connected to the laser by a fiber optic cable, wherein the optico-acoustic transducer comprises: an optical element capable of focusing the laser in an elongate strip on the surface of an object to create a surface acoustic wave, and a piezoelectric transducer for detecting the surface acoustic wave, and a spring for pressing the piezoelectric transducer to said surface at a detection point which is at a fixed distance from the elongate strip; and an optical element capable of focusing the laser in an elongate strip on the surface of an object to create a surface acoustic wave, and a piezoelectric transducer for detecting the surface acoustic wave, and a spring for pressing the piezoelectric transducer to said surface at a detection point which is at a fixed distance from the elongate strip; and a computer configured to calculate a propagation velocity of the surface acoustic wave.
Use of a composition comprising 10-15% in weight of sodium bicarbonate and water at 100% in weight, for whitening teeth and maintaining oral hygiene characterised in that said composition is applied at a pressure of between 8 and 10 bar.
A cloud card application platform, comprising: a credential authentication module configured to authenticate a card read by a user device and authenticate that a unique read transaction has occurred between the card and the user device, wherein the authentication is based on information provided from the card to the user device an application/service selection module configured to provide a user of the user device with an option of selecting one or more applications for use with the card read by the mobile device, wherein the option of selecting one or more applications is provided to the user in response to authenticating the card and in response to authenticating that the unique read transaction has occurred between the card and the user device; and a federation module configured to receive an identification of a selected application from the application/service selection module and, in response thereto, provide assertions of authentication to a service provider in addition to redirecting the user device to the service provider. a credential authentication module configured to authenticate a card read by a user device and authenticate that a unique read transaction has occurred between the card and the user device, wherein the authentication is based on information provided from the card to the user device an application/service selection module configured to provide a user of the user device with an option of selecting one or more applications for use with the card read by the mobile device, wherein the option of selecting one or more applications is provided to the user in response to authenticating the card and in response to authenticating that the unique read transaction has occurred between the card and the user device; and a federation module configured to receive an identification of a selected application from the application/service selection module and, in response thereto, provide assertions of authentication to a service provider in addition to redirecting the user device to the service provider.
Process for colouring hair keratin fibers comprising the application of a composition A and a composition B to hair keratin fibers, in which: composition A comprises at least one (poly)carbodiimide compound, and composition B comprises: - at least one associative polymer; and - at least one compound, different from the associative polymers, containing at least one carboxylic acid group; composition A and/or composition B comprising at least one colouring agent chosen from pigments, direct dyes and mixtures thereof; and in which composition A and composition B are applied simultaneously or sequentially to the hair keratin fibers. composition A comprises at least one (poly)carbodiimide compound, and composition B comprises: - at least one associative polymer; and - at least one compound, different from the associative polymers, containing at least one carboxylic acid group; - at least one associative polymer; and - at least one compound, different from the associative polymers, containing at least one carboxylic acid group; composition A and/or composition B comprising at least one colouring agent chosen from pigments, direct dyes and mixtures thereof; and in which composition A and composition B are applied simultaneously or sequentially to the hair keratin fibers.
System for providing a haptic feedback for enabling a visually impaired person to mentally visualize a two-dimensional image that includes at least one line, comprising: means for storing graphical information data corresponding to the image; a portable, handheld device including three dimensional position sensing means, manually movable by the visually impaired person through a three dimensional space within reach, for providing a position signal representative of a current position within said space to where said device is moved by the person; means for relating the device position signal representative of a current position within said space to a position signal in the two-dimensional plane of the image; means for comparing (117, 410) said stored graphical information data with said position signal in the two-dimensional plane to generate a haptic output activation signal when the current position signal in the two-dimensional plane is determined to overlap an image line; and a tactile feedback mechanism (10, 42) in said portable device responsive to said haptic output activation signal for providing to the person a tactile indication to create a mental image that the current position of said device is at a line of the image. means for storing graphical information data corresponding to the image; a portable, handheld device including three dimensional position sensing means, manually movable by the visually impaired person through a three dimensional space within reach, for providing a position signal representative of a current position within said space to where said device is moved by the person; means for relating the device position signal representative of a current position within said space to a position signal in the two-dimensional plane of the image; means for comparing (117, 410) said stored graphical information data with said position signal in the two-dimensional plane to generate a haptic output activation signal when the current position signal in the two-dimensional plane is determined to overlap an image line; and a tactile feedback mechanism (10, 42) in said portable device responsive to said haptic output activation signal for providing to the person a tactile indication to create a mental image that the current position of said device is at a line of the image.
A method for receiving data over an optical communication path, the method comprising: determining a count of photons detected on the optical communication path over a determined time frame; determining, based upon the count and a first detection model, a first probability that a first light source corresponding to a first data stream is powered on at a first power level, the first power level different than a second power level; determining, based upon the count and a second detection model, a second probability that a second light source corresponding to a second data stream is powered on at the second power level; determining, based upon the count and a third detection model, a third probability that both the first and second light sources are simultaneously on at the respective first and second power levels; and determining first data of the first data stream and second data of the second data stream based upon the first, second, and third probabilities. determining a count of photons detected on the optical communication path over a determined time frame; determining, based upon the count and a first detection model, a first probability that a first light source corresponding to a first data stream is powered on at a first power level, the first power level different than a second power level; determining, based upon the count and a second detection model, a second probability that a second light source corresponding to a second data stream is powered on at the second power level; determining, based upon the count and a third detection model, a third probability that both the first and second light sources are simultaneously on at the respective first and second power levels; and determining first data of the first data stream and second data of the second data stream based upon the first, second, and third probabilities.
A part (14A, 14B) of a holding device (10, 100) suitable for being assembled with another identical part (14A, 14B) in a closing direction (Z-Z') to form a holding device (10, 100), the part (14A, 14B) being adapted to define at least one duct adapted to receive the elongate member with the assembled other part (14A, 14B), the duct extending along a longitudinal direction (X-X') substantially orthogonal to the closing direction (Z-Z'), the part (14A, 14B) having two side faces opposite each other in a transverse direction (Y-Y') substantially orthogonal to the closing direction (Z-Z') and to the longitudinal direction (X-X'), the part (14A, 14B) comprising: - at least one groove in a first of the side faces, oriented in the closing direction (Z-Z'), and - at least one stud projecting from the second side face in the transverse direction (Y-Y'), said stud being adapted to be received in a groove of the other part (14A, 14B) when the first side face of the part (14A, 14B) is abutted to a second side face of the other part (14A, 14B), characterised in that the part (14A, 14B) further comprises at least one closure guide projecting in the closure direction (Z-Z'), capable of being engaged in a groove of the other part (14A, 14B) when the two parts (14A, 14B) are assembled to each other in the closure direction (Z-Z') the part (14A, 14B) being adapted to define at least one duct adapted to receive the elongate member with the assembled other part (14A, 14B), the duct extending along a longitudinal direction (X-X') substantially orthogonal to the closing direction (Z-Z'), the part (14A, 14B) having two side faces opposite each other in a transverse direction (Y-Y') substantially orthogonal to the closing direction (Z-Z') and to the longitudinal direction (X-X'), the part (14A, 14B) comprising: - at least one groove in a first of the side faces, oriented in the closing direction (Z-Z'), and - at least one stud projecting from the second side face in the transverse direction (Y-Y'), said stud being adapted to be received in a groove of the other part (14A, 14B) when the first side face of the part (14A, 14B) is abutted to a second side face of the other part (14A, 14B), - at least one groove in a first of the side faces, oriented in the closing direction (Z-Z'), and - at least one stud projecting from the second side face in the transverse direction (Y-Y'), said stud being adapted to be received in a groove of the other part (14A, 14B) when the first side face of the part (14A, 14B) is abutted to a second side face of the other part (14A, 14B), characterised in that the part (14A, 14B) further comprises at least one closure guide projecting in the closure direction (Z-Z'), capable of being engaged in a groove of the other part (14A, 14B) when the two parts (14A, 14B) are assembled to each other in the closure direction (Z-Z')
A head-mounted display comprising: a combiner (121L, 121R) configured to combine display light for forming a display image with outside light from in front of a user wearing a head-mounted display; a polarizing beam splitter (122L, 122R) placed between the combiner (121L, 121R) and both eyes (EL, ER) of the user, the polarizing beam splitter (122L, 122R) configured to reflect the display light toward the combiner (121L, 121R) and transmit the display light reflected by the combiner (121L, 121R) and the polarizing beam splitter configured to transmit p-polarized light and reflect s-polarized light; a display element (101, 101L, 101R) placed above the polarizing beam splitter and configured to output the display light; a 1/4 wave length plate (123L, 123R) placed between the polarizing beam splitter and the combiner; and a light reducing unit (130L, 130R) including a polarizer (132L, 132R), the light reducing unit (130L, 130R) placed below the polarizing beam splitter (122L, 122R) and configured to transmit a part of outside light from below the combiner (121L, 121R), transmit the same polarization component as a polarization component transmitted by the polarizing beam splitter (122L, 122R), and have a transmittance equal to or lower than a transmittance of the combiner (121L, 121R). a combiner (121L, 121R) configured to combine display light for forming a display image with outside light from in front of a user wearing a head-mounted display; a polarizing beam splitter (122L, 122R) placed between the combiner (121L, 121R) and both eyes (EL, ER) of the user, the polarizing beam splitter (122L, 122R) configured to reflect the display light toward the combiner (121L, 121R) and transmit the display light reflected by the combiner (121L, 121R) and the polarizing beam splitter configured to transmit p-polarized light and reflect s-polarized light; a display element (101, 101L, 101R) placed above the polarizing beam splitter and configured to output the display light; a 1/4 wave length plate (123L, 123R) placed between the polarizing beam splitter and the combiner; and a light reducing unit (130L, 130R) including a polarizer (132L, 132R), the light reducing unit (130L, 130R) placed below the polarizing beam splitter (122L, 122R) and configured to transmit a part of outside light from below the combiner (121L, 121R), transmit the same polarization component as a polarization component transmitted by the polarizing beam splitter (122L, 122R), and have a transmittance equal to or lower than a transmittance of the combiner (121L, 121R).
A method for producing spherical porous cellulose particles comprising: a first step of obtaining a dispersion by dispersing a flowable homogeneous composition comprising cellulose acetate, an organic solvent, and water in a dispersion medium not miscible with the homogeneous composition; a second step of forming gelled particles composed of the composition by gelling the composition by reducing a temperature of the resulting dispersion; and a third step of hydrolyzing the cellulose acetate contained in the resulting gelled particles, wherein the organic solvent contained in the homogeneous composition has a boiling point of 120°C or higher, and is miscible with water, but is not miscible with a saturated hydrocarbon. a first step of obtaining a dispersion by dispersing a flowable homogeneous composition comprising cellulose acetate, an organic solvent, and water in a dispersion medium not miscible with the homogeneous composition; a second step of forming gelled particles composed of the composition by gelling the composition by reducing a temperature of the resulting dispersion; and a third step of hydrolyzing the cellulose acetate contained in the resulting gelled particles, wherein the organic solvent contained in the homogeneous composition has a boiling point of 120°C or higher, and is miscible with water, but is not miscible with a saturated hydrocarbon.
An ambient image projection device, comprising: a light source assembly; and a first projection mechanism and a second projection mechanism provided side by side; wherein, the second projection mechanism comprises an interference lens and a second optical module; light emitted from the light source assembly is guided by the second optical module to pass through the interference lens and forms an interference pattern to be projected in space; characterized in that the first projection mechanism comprises a display and a first optical module; a content played on the display is guided by the first optical module to form a dynamic image to be projected in space; wherein the interference pattern and the dynamic image overlap at least partially with each other in the space; the second optical module comprises a reflector provided between the light source assembly and the interference lens for directing light emitted from the light source assembly to the interference lens, wherein reflective surfaces on an inner wall of the reflector consists of a plurality of planes capable of reflecting light, such that light incident on the reflective surfaces is reflected out from the plurality of planes to create numerous interlaced rays. a light source assembly; and a first projection mechanism and a second projection mechanism provided side by side; wherein, the second projection mechanism comprises an interference lens and a second optical module; light emitted from the light source assembly is guided by the second optical module to pass through the interference lens and forms an interference pattern to be projected in space; characterized in that the first projection mechanism comprises a display and a first optical module; a content played on the display is guided by the first optical module to form a dynamic image to be projected in space; wherein the interference pattern and the dynamic image overlap at least partially with each other in the space; the second optical module comprises a reflector provided between the light source assembly and the interference lens for directing light emitted from the light source assembly to the interference lens, wherein reflective surfaces on an inner wall of the reflector consists of a plurality of planes capable of reflecting light, such that light incident on the reflective surfaces is reflected out from the plurality of planes to create numerous interlaced rays.
An electronic device comprising: a casing (60; 60K; 60L; 60M) that is tubular and whose one end is closed; a closing member (70, 80; 80M) that closes an opening at the other end of the casing (60; 60K; 60L; 60M); an electronic component that is arranged at a position enclosed by the casing (60; 60K; 60L; 60M) and the closing member (70, 80; 80M); and a resin section that fills up the inside of the casing (60; 60K; 60L; 60M) and has a linear expansion coefficient of at least 90×10 -6 /°C and at most 400×10 -6 /°C, wherein the casing (60; 60K; 60L; 60M) is provided with a gate for filling of the resin section, the gate being in communication with the inside and outside of the casing (60; 60K; 60L; 60M), and a filling resin confining surface is provided inside of the casing (60; 60K; 60L; 60M), the filling resin confining surface being at least partially arranged at a position opposite to the gate, and including a region that has a distance to an inner surface (63; 63M) of the casing (60; 60K; 60L; 60M) of at least 0.2 mm and at most 1.0 mm and that has an area of at least four times the cross-sectional area of the gate. a casing (60; 60K; 60L; 60M) that is tubular and whose one end is closed; a closing member (70, 80; 80M) that closes an opening at the other end of the casing (60; 60K; 60L; 60M); an electronic component that is arranged at a position enclosed by the casing (60; 60K; 60L; 60M) and the closing member (70, 80; 80M); and a resin section that fills up the inside of the casing (60; 60K; 60L; 60M) and has a linear expansion coefficient of at least 90×10 -6 /°C and at most 400×10 -6 /°C, wherein the casing (60; 60K; 60L; 60M) is provided with a gate for filling of the resin section, the gate being in communication with the inside and outside of the casing (60; 60K; 60L; 60M), and a filling resin confining surface is provided inside of the casing (60; 60K; 60L; 60M), the filling resin confining surface being at least partially arranged at a position opposite to the gate, and including a region that has a distance to an inner surface (63; 63M) of the casing (60; 60K; 60L; 60M) of at least 0.2 mm and at most 1.0 mm and that has an area of at least four times the cross-sectional area of the gate.