mhurhangee/ep-ind-claims huggingface dataset:
A cosmetic container with a refill container having a sealing ring, the cosmetic container comprising: an outer container formed thereon with a refill container accommodation groove; an outer container lid coupled to the outer container; a refill container holder mounted inside the outer container; a refill container holder lid coupled to an upper portion of the refill container holder; and a refill container coupled to an inner side of the refill container holder and formed therein with a cosmetic material accommodation space, wherein the refill container is formed of a thin metal, a sealing ring is coupled to an upper end of the refill container to prevent leakage of cosmetic materials accommodated in the refill container, characterised in that a fixture inwardly extends from an upper end of the refill container holder and is downwardly bent to form a separation space therein, and the sealing ring is fitted between the separation space of the refill container holder and the upper end of the refill container. an outer container formed thereon with a refill container accommodation groove; an outer container lid coupled to the outer container; a refill container holder mounted inside the outer container; a refill container holder lid coupled to an upper portion of the refill container holder; and a refill container coupled to an inner side of the refill container holder and formed therein with a cosmetic material accommodation space, wherein the refill container is formed of a thin metal, a sealing ring is coupled to an upper end of the refill container to prevent leakage of cosmetic materials accommodated in the refill container,
A tire comprising: a tread portion; and a pair of bead portions comprising a bead core and a bead filler disposed on a radial outside of the bead core, wherein tread rubber forming the tread portion comprises a rubber composition including a rubber component including 50 mass% or more of natural rubber, at least one kind of thermoplastic resin selected from the group consisting of Cs-based resins, C 5 - to C 9 -based resins, C 9 -based resins, terpene-based resins, terpene-aromatic compound-based resins, rosin-based resins, dicyclopentadiene resins, and alkylphenol-based resins, 5 parts by mass to 50 parts by mass per 100 parts by mass of the rubber component of the at least one kind of thermoplastic resin being included, and a filler including silica, 20 parts by mass to 120 parts by mass per 100 parts by mass of the rubber component of the filler being included, and a dynamic storage modulus (E') of the bead filler measured at 1% strain at 25°C is 50 MPa or lower. a tread portion; and a pair of bead portions comprising a bead core and a bead filler disposed on a radial outside of the bead core, wherein tread rubber forming the tread portion comprises a rubber composition including a rubber component including 50 mass% or more of natural rubber, at least one kind of thermoplastic resin selected from the group consisting of Cs-based resins, C 5 - to C 9 -based resins, C 9 -based resins, terpene-based resins, terpene-aromatic compound-based resins, rosin-based resins, dicyclopentadiene resins, and alkylphenol-based resins, 5 parts by mass to 50 parts by mass per 100 parts by mass of the rubber component of the at least one kind of thermoplastic resin being included, and a filler including silica, 20 parts by mass to 120 parts by mass per 100 parts by mass of the rubber component of the filler being included, and a dynamic storage modulus (E') of the bead filler measured at 1% strain at 25°C is 50 MPa or lower.
A two-part hair dye product, comprising a non-aerosol type foamer container and at least one container separate from the non-aerosol type foamer container, wherein the first part and the second part are each filled in respective containers separate from the non-aerosol type foamer container, or wherein either the first part or the second part is filled in the non-aerosol type foamer container and the other part is filled in a container separate from the non-aerosol type foamer container-, wherein the non-aerosol type foamer container is suitable to mix a mixture solution of the first part and the second part with air and discharge it as foam without using a propellant, and wherein the first part comprises an alkali agent, the second part comprises hydrogen peroxide, and wherein the mixture of the first part and the second part comprises a nonionic surfactant and a cationic surfactant in amounts so that the mixture solution of the first part and the second part comprises: 0.1 to 10% by mass of a nonionic surfactant, and 0.1 to 5% by mass of a cationic surfactant, and a mass ratio of the component to the component (a content of the component /a content of the component) is 1 to 100. 0.1 to 10% by mass of a nonionic surfactant, and 0.1 to 5% by mass of a cationic surfactant, and a mass ratio of the component to the component (a content of the component /a content of the component) is 1 to 100.
A retractable foil mechanism (10; 100) for use in an aquatic vessel comprising: a foil (16, 17; 150, 152) arranged to extend substantially parallel to a first axis (12; 122, 124) when in a retracted position; a rotation axis about which the foil can rotate; and means for causing an acting force to act on the foil in a first direction parallel to the first axis so as, in use, to move the foil and the rotation axis in the first direction; and a moment creation arrangement, characterised in that the means for causing an acting force to act on the foil in a first direction parallel to the first axis comprises: an electrical and / or a mechanical actuator, or a hydraulic actuator or an electrohydrostatic actuator adapted to cause an acting force to act on the foil in a first direction parallel to the first axis; or a mechanism adapted to control a downward pull from the weight of the foil acting to pull the foil downwardly, so as to cause an acting force to act on the foil in a first direction parallel to the first axis, wherein the moment creation arrangement is configured such that, in use, the acting force on the foil creates a moment which causes the foil to rotate about the rotation axis while the rotation axis is moving in the first direction. a foil (16, 17; 150, 152) arranged to extend substantially parallel to a first axis (12; 122, 124) when in a retracted position; a rotation axis about which the foil can rotate; and means for causing an acting force to act on the foil in a first direction parallel to the first axis so as, in use, to move the foil and the rotation axis in the first direction; and a moment creation arrangement, characterised in that the means for causing an acting force to act on the foil in a first direction parallel to the first axis comprises: an electrical and / or a mechanical actuator, or a hydraulic actuator or an electrohydrostatic actuator adapted to cause an acting force to act on the foil in a first direction parallel to the first axis; or a mechanism adapted to control a downward pull from the weight of the foil acting to pull the foil downwardly, so as to cause an acting force to act on the foil in a first direction parallel to the first axis, wherein the moment creation arrangement is configured such that, in use, the acting force on the foil creates a moment which causes the foil to rotate about the rotation axis while the rotation axis is moving in the first direction. an electrical and / or a mechanical actuator, or a hydraulic actuator or an electrohydrostatic actuator adapted to cause an acting force to act on the foil in a first direction parallel to the first axis; or a mechanism adapted to control a downward pull from the weight of the foil acting to pull the foil downwardly, so as to cause an acting force to act on the foil in a first direction parallel to the first axis, wherein the moment creation arrangement is configured such that, in use, the acting force on the foil creates a moment which causes the foil to rotate about the rotation axis while the rotation axis is moving in the first direction.
Optical emission apparatus for laser pulses, in particular for use in a lidar for use in a vehicle, comprising a laser unit designed to emit laser pulses and a deflection unit, which is arranged in the beam path of the laser pulses emitted by the laser unit and deflects the laser pulses emitted by the laser unit in a deflection region, wherein the optical emission apparatus has an optical unit, which is arranged in the beam path of the laser pulses emitted by the laser unit downstream of the deflection unit within its deflection region, wherein the optical unit has at least one first region and at least one second region, wherein the at least one second region has a lens shape for refracting the laser pulses, characterized in that the at least one first region forms a central region of the optical unit and the at least one second region forms a peripheral region of the optical unit, in that the at least one second region is designed to enlarge the deflection region for laser pulses deflected by the deflection unit, in that the first region has a lens shape for refracting the laser pulses, wherein the lens shape of the at least one first region differs from the lens shape of the at least one second region, and in that the lens shape of the at least one first region and of the at least one second region in each case has a concave shape, wherein the lens shape of the at least one first region has a smaller curvature than the lens shape of the at least one second region, with the result that the deflection region is widened less in the first region than in the second region. a laser unit designed to emit laser pulses and a deflection unit, which is arranged in the beam path of the laser pulses emitted by the laser unit and deflects the laser pulses emitted by the laser unit in a deflection region, wherein the optical emission apparatus has an optical unit, which is arranged in the beam path of the laser pulses emitted by the laser unit downstream of the deflection unit within its deflection region, wherein the optical unit has at least one first region and at least one second region, wherein the at least one second region has a lens shape for refracting the laser pulses, characterized in that the at least one first region forms a central region of the optical unit and the at least one second region forms a peripheral region of the optical unit, in that the at least one second region is designed to enlarge the deflection region for laser pulses deflected by the deflection unit, in that the first region has a lens shape for refracting the laser pulses, wherein the lens shape of the at least one first region differs from the lens shape of the at least one second region, and in that the lens shape of the at least one first region and of the at least one second region in each case has a concave shape, wherein the lens shape of the at least one first region has a smaller curvature than the lens shape of the at least one second region, with the result that the deflection region is widened less in the first region than in the second region.
An information processing system for performing a process based on an infrared image obtained by an infrared camera, the information processing system comprising: an obtaining unit (14, S1) for obtaining information regarding brightness of each pixel of the infrared image; a position calculation unit (14, S2) for calculating position information of a hand included in a predetermined area of the infrared image which is a whole or part of the infrared image, the position information representing a center-of-gravity position of the predetermined area of the infrared image obtained with the brightness of each pixel in the predetermined area being used as a weight; and a process performing unit (14, S5) for calculating information representing a shape of the hand included in the infrared image by setting a determination range which is an area of a predetermined size on the infrared image centered about the position on the infrared image specified by the position information, and determining whether the hand is in a closed shape or in an open shape based on the number of areas included in the infrared image outside the determination range where the brightness is greater than or equal to a predetermined value, and for performing a predetermined information process based on the information. an obtaining unit (14, S1) for obtaining information regarding brightness of each pixel of the infrared image; a position calculation unit (14, S2) for calculating position information of a hand included in a predetermined area of the infrared image which is a whole or part of the infrared image, the position information representing a center-of-gravity position of the predetermined area of the infrared image obtained with the brightness of each pixel in the predetermined area being used as a weight; and a process performing unit (14, S5) for calculating information representing a shape of the hand included in the infrared image by setting a determination range which is an area of a predetermined size on the infrared image centered about the position on the infrared image specified by the position information, and determining whether the hand is in a closed shape or in an open shape based on the number of areas included in the infrared image outside the determination range where the brightness is greater than or equal to a predetermined value, and for performing a predetermined information process based on the information.
A key pen (165, 265, 365, 665D, 665E, 665F, 665G, 865) for a print liquid supply interface structure (105, 405, 505A, 595B, 505C, 505D, 505E, 605A, 605B, 605C, 605D, 605E, 605F, 605G, 705A, 705B, 705C, 705D, 805), the key pen including a base portion (183, 683E) and a protruding longitudinal key portion (165b, 165e, 165f, 165g), the interface structure having first dimensions, second dimensions and third dimensions at straight angles with each other, the longitudinal pen portion protruding from the base portion along a longitudinal pen axis (Ck) parallel to the second interface dimension of the interface structure up to at least one actuating surface area (168, 168a, 168b, 168c, 168d) characterised in that the longitudinal pen axis extends at a distance of at least 20 mm from the base portion along the longitudinal pen axis (Ck), the distance from the base portion to the actuating surface area corresponding to the length of the protruding longitudinal key portion; and in that the base includes datums provided at regular positions around a circle having its mid-point on the axis, the datums to interact with at least one datum on the interface structure to facilitate positioning the key pen in a predetermined rotational position around the axis with respect to the print liquid supply interface structure. characterised in that the longitudinal pen axis extends at a distance of at least 20 mm from the base portion along the longitudinal pen axis (Ck), the distance from the base portion to the actuating surface area corresponding to the length of the protruding longitudinal key portion; and in that the base includes datums provided at regular positions around a circle having its mid-point on the axis, the datums to interact with at least one datum on the interface structure to facilitate positioning the key pen in a predetermined rotational position around the axis with respect to the print liquid supply interface structure.
A method of preparation of a liposomal hydrophobic phthalocyanine gel preparation comprising the steps of: fluidizing lecithin of pharmaceutical purity in a concentration from 1 to 40 mg per ml of sterile isotonic solution, wherein the whole volume of the fluid passes through a fluidizing chamber in a microfluidizer, to a final particle size smaller than 1000 nanometer at a temperature higher than 0 °C and at a pressure of 500 to 2000 bar; adding, with constant stirring, an active substance in a ratio of 0.1 to 5:1 in relation to lecithin, the active substance being selected from the group consisting of hydrophobic hydroxyaluminum phthalocyanine, hydrophobic aluminum phthalocyanine, hydrophobic zinc phthalocyanine, hydrophobic silicone phthalocyanine, organic silicone phthalocyanine, and hydrophobic phthalocyanine without the core metal; fluidizing the suspension in the microfluidizer to a final particle size smaller than 500 nanometer at a pressure of 1000 to 2000 bar and at a temperature higher than 0 °C; and mixing the resulting suspension with a translucent gel in a ratio between 10:1 to 1:10. fluidizing lecithin of pharmaceutical purity in a concentration from 1 to 40 mg per ml of sterile isotonic solution, wherein the whole volume of the fluid passes through a fluidizing chamber in a microfluidizer, to a final particle size smaller than 1000 nanometer at a temperature higher than 0 °C and at a pressure of 500 to 2000 bar; adding, with constant stirring, an active substance in a ratio of 0.1 to 5:1 in relation to lecithin, the active substance being selected from the group consisting of hydrophobic hydroxyaluminum phthalocyanine, hydrophobic aluminum phthalocyanine, hydrophobic zinc phthalocyanine, hydrophobic silicone phthalocyanine, organic silicone phthalocyanine, and hydrophobic phthalocyanine without the core metal; fluidizing the suspension in the microfluidizer to a final particle size smaller than 500 nanometer at a pressure of 1000 to 2000 bar and at a temperature higher than 0 °C; and mixing the resulting suspension with a translucent gel in a ratio between 10:1 to 1:10.
A method of determining a beacon location, the method comprising: receiving, at a mobile node, a first beacon signal from a first beacon and a second beacon signal from a second beacon; based on a first received signal strength of the first beacon signal, determining whether the mobile node is in close proximity to the first beacon, wherein determining whether the mobile node is in close proximity comprises comparing the first received signal strength to a threshold indicative of close proximity; based on a second received signal strength of the second beacon signal, determining a distance from the mobile node to the second beacon; and in response to a determination that the mobile node is in close proximity to the first beacon, updating an estimated position of at least one of the first beacon and second beacon using the determined distance from the mobile node to the second beacon as a distance measure between the first and second beacons, wherein the determination that the mobile node is in close proximity to the first beacon comprises a determination that the mobile node is sufficiently close to the first beacon to be treated as co-located with the first beacon with respect to updating the estimated position using the determined distance. receiving, at a mobile node, a first beacon signal from a first beacon and a second beacon signal from a second beacon; based on a first received signal strength of the first beacon signal, determining whether the mobile node is in close proximity to the first beacon, wherein determining whether the mobile node is in close proximity comprises comparing the first received signal strength to a threshold indicative of close proximity; based on a second received signal strength of the second beacon signal, determining a distance from the mobile node to the second beacon; and in response to a determination that the mobile node is in close proximity to the first beacon, updating an estimated position of at least one of the first beacon and second beacon using the determined distance from the mobile node to the second beacon as a distance measure between the first and second beacons, wherein the determination that the mobile node is in close proximity to the first beacon comprises a determination that the mobile node is sufficiently close to the first beacon to be treated as co-located with the first beacon with respect to updating the estimated position using the determined distance.
A method for generating an authentication code of a product authentication label, comprising: a step of taking, with a camera (50, 60), a plurality of mutually-different images of a product authentication label including a plurality of first reflection pattern forming bodies configured to reflect a substantially identical reflection pattern regardless of the direction of irradiated light and a plurality of second reflection pattern forming bodies randomly disposed and configured to reflect a reflection pattern which varies depending on the direction of irradiated light; a step of normalizing the images of the product authentication label; and a step of finding a difference in brightness between grid coordinates corresponding to the normalized images, giving a first code value that classifies the grid coordinates into equal reflection regions to the grid coordinates if the difference in brightness falls within a predetermined value range, and giving a second code value that classifies the grid coordinates into biased reflection regions to the grid coordinates if the difference in brightness is larger than a predetermined value. a step of taking, with a camera (50, 60), a plurality of mutually-different images of a product authentication label including a plurality of first reflection pattern forming bodies configured to reflect a substantially identical reflection pattern regardless of the direction of irradiated light and a plurality of second reflection pattern forming bodies randomly disposed and configured to reflect a reflection pattern which varies depending on the direction of irradiated light; a step of normalizing the images of the product authentication label; and a step of finding a difference in brightness between grid coordinates corresponding to the normalized images, giving a first code value that classifies the grid coordinates into equal reflection regions to the grid coordinates if the difference in brightness falls within a predetermined value range, and giving a second code value that classifies the grid coordinates into biased reflection regions to the grid coordinates if the difference in brightness is larger than a predetermined value.
An animal recognition apparatus comprising an image capture unit (2801, 2802) configured to capture nose pattern images and an image acquisition unit that is configured to acquire and store the nose pattern images, wherein the image capture unit comprises a front unit (2404, 2803, 2903, 3003) with an attached illumination unit that is configured to provide indirect illumination for the acquisition of good quality nose pattern images without obstructive reflections, the capture unit comprises a lens module (2401, 2811, 2901, 3001) and an image sensor (2402, 2812, 2902, 3002), the capture unit further comprises a distance adjuster module (2403, 2805) that is configured to adjust the distance between the lens module (2401, 2811, 2901, 3001) and the image sensor (2402, 2812, 2902, 3002), and the distance among lenses (2813, 2904, 3004) within the lens module (2401, 2811, 2901, 3001).