mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a brush, particularly in the form of a mascara applicator, with bristles injection molded out of different injection molding compounds, using an injection mold that has a main cavity, which forms the bristle support, and secondary cavities (3.1 to 3.12) blanching off from this, with each secondary cavity forming a single bristle and with at least one first injection molding compound being injected into the main cavity, followed by a second injection molding compound in successive steps, and at least one slider (4, 5, or 11) is inserted into the main cavity and closes part of the secondary cavities so that the first injection molding compound only travels into another part of the secondary cavities after which the slider (4, 5) is withdrawn and the second injection molding compound is injected so that it travels into the secondary cavities previously closed by the slider, characterized in that the slider (4, 5) has at least one ridge (7, 8) extending in a direction parallel to the longitudinal axis, which, when the slider is inserted into the injection mold, seals the mouths of a row of secondary cavities that open into the main cavity and in the finished applicator, form a row of protruding bristles situated one after another in the longitudinal direction.
An electrically driven device comprising a housing, an application head movably mounted on the housing, an electric motor mounted in the housing and comprising a drive shaft having a first rotary axis, a driven shaft for performing a movement relative to the housing, the driven shaft extending at least partially within the application head, wherein the driven shaft is indirectly coupled to the drive shaft by means of a gear mechanism converting a rotary motion of the drive shaft into a reciprocating motion of the driven shaft in a first direction, and a first actuation member and a second actuation member, wherein the actuation members (8, 9) are movably guided in the application head and wherein the first actuation member comprises a seat receiving a portion of the driven shaft for driving the first actuation member in the first direction, wherein the first actuation member is coupled to the second actuation member by means of a connecting lever for driving the second actuation member in the first direction, characterized in that the connecting lever is pivotably mounted in the first actuation member and is pivotably mounted in the second actuation member.
A method of performing welding under fluctuating stress, the method comprising: measuring a root opening width variation (Δδ) before start of welding for a predetermined period of time; characterized by the following steps: setting a maximum value of the measured root opening variation (Δδ) as an allowable value based on the measuring result of the root opening width variation (Δ∂); selecting a welding consumable having Mn/S and Mn/Si that are high enough to allow the welding consumable to be adequately resistant to a crack also when the root opening width variation (Δδ) is equal to the allowable value from among gas shielded arc welding consumables, and measuring a root opening width variation (Δδ) while welding is performed, and the measured root opening width variation (Δδ) exceeding the allowable value assumed to select the welding consumable, inspecting after welding the quality of a welded joint formed at a time when the measured root opening width variation (Δδ) exceeds the allowable value, identifying a deteriorated portion of the welded joint, and the welded joint is repaired if necessary. measuring a root opening width variation (Δδ) before start of welding for a predetermined period of time; characterized by the following steps: setting a maximum value of the measured root opening variation (Δδ) as an allowable value based on the measuring result of the root opening width variation (Δ∂); selecting a welding consumable having Mn/S and Mn/Si that are high enough to allow the welding consumable to be adequately resistant to a crack also when the root opening width variation (Δδ) is equal to the allowable value from among gas shielded arc welding consumables, and measuring a root opening width variation (Δδ) while welding is performed, and the measured root opening width variation (Δδ) exceeding the allowable value assumed to select the welding consumable, inspecting after welding the quality of a welded joint formed at a time when the measured root opening width variation (Δδ) exceeds the allowable value, identifying a deteriorated portion of the welded joint, and the welded joint is repaired if necessary. setting a maximum value of the measured root opening variation (Δδ) as an allowable value based on the measuring result of the root opening width variation (Δ∂); selecting a welding consumable having Mn/S and Mn/Si that are high enough to allow the welding consumable to be adequately resistant to a crack also when the root opening width variation (Δδ) is equal to the allowable value from among gas shielded arc welding consumables, and measuring a root opening width variation (Δδ) while welding is performed, and the measured root opening width variation (Δδ) exceeding the allowable value assumed to select the welding consumable, inspecting after welding the quality of a welded joint formed at a time when the measured root opening width variation (Δδ) exceeds the allowable value, identifying a deteriorated portion of the welded joint, and the welded joint is repaired if necessary.
A system comprising a cylindrical elongated body defining a hollow passageway therethrough, said elongated body having (i) a length of between 100 and 800 cm, and (ii) a cross-sectional inner diameter of between 50 and 300 cm, wherein said elongated body comprises: a planting extension extending from a first opening disposed about a longitudinal upper half of said elongated body, wherein said first opening has an area of between 300 and 20000 cm 2; and at least one drainage opening disposed about a longitudinal bottom zone of said cylindrical elongated body, wherein the bottom zone is defined by two vertical planes (3, 4) intersecting a circumference of said cylindrical elongated body approximately between 11:30 and 6:30 and 12:30 and 5:30 o'clock, respectively; characterized in that the system further comprises at least two root openings disposed at one of: a first longitudinal side zone of said elongated body which extend clockwise from about the 1-o'clock position to about the 5-o'clock position on said cross-sectional inner diameter, and a second longitudinal side zone of said elongated body which extends clockwise from about the 7-o'clock position to the 11-o'clock position on said cross-sectional inner diameter, wherein each of said at least two root openings has an area of between 20 and 700 cm 2. a planting extension extending from a first opening disposed about a longitudinal upper half of said elongated body, wherein said first opening has an area of between 300 and 20000 cm 2; and at least one drainage opening disposed about a longitudinal bottom zone of said cylindrical elongated body, wherein the bottom zone is defined by two vertical planes (3, 4) intersecting a circumference of said cylindrical elongated body approximately between 11:30 and 6:30 and 12:30 and 5:30 o'clock, respectively; characterized in that the system further comprises at least two root openings disposed at one of: a first longitudinal side zone of said elongated body which extend clockwise from about the 1-o'clock position to about the 5-o'clock position on said cross-sectional inner diameter, and a second longitudinal side zone of said elongated body which extends clockwise from about the 7-o'clock position to the 11-o'clock position on said cross-sectional inner diameter, wherein each of said at least two root openings has an area of between 20 and 700 cm 2. a first longitudinal side zone of said elongated body which extend clockwise from about the 1-o'clock position to about the 5-o'clock position on said cross-sectional inner diameter, and a second longitudinal side zone of said elongated body which extends clockwise from about the 7-o'clock position to the 11-o'clock position on said cross-sectional inner diameter, wherein each of said at least two root openings has an area of between 20 and 700 cm 2.
A control valve with an integral trim, the control valve comprising: a single-piece valve body (202, 302) including an integral seat (204, 304); a plug (218, 318) irremovably located within the single-piece valve body (202, 302); a stem (220, 320) integrally formed with the plug as a single-piece plug-stem member (222, 322), wherein a portion of the stem (220, 320) protrudes externally from the single-piece valve body (202, 302), and wherein the single-piece plug-stem member (222, 322) is moveable relative to the integral seat (204, 304), the plug (218, 318) of the single-piece plug-stem member (222, 322) to mate with the integral seat (204, 304) to close a fluid pathway (216, 316) located within the single-piece valve body (202, 302), characterized in that, a breakable support is integrally formed with the plug and the single-piece valve body (202, 302). a single-piece valve body (202, 302) including an integral seat (204, 304); a plug (218, 318) irremovably located within the single-piece valve body (202, 302); a stem (220, 320) integrally formed with the plug as a single-piece plug-stem member (222, 322), wherein a portion of the stem (220, 320) protrudes externally from the single-piece valve body (202, 302), and wherein the single-piece plug-stem member (222, 322) is moveable relative to the integral seat (204, 304), the plug (218, 318) of the single-piece plug-stem member (222, 322) to mate with the integral seat (204, 304) to close a fluid pathway (216, 316) located within the single-piece valve body (202, 302), characterized in that, a breakable support is integrally formed with the plug and the single-piece valve body (202, 302).
An oral care implement comprising: a handle; a head attached to the handle and having a head platform, the head platform having a first face and an opposite second face, the head platform forming at least one aperture extending therethrough between the first and second faces; and a first pod flexibly mounted to the head platform proximate the first face and being movable in opposite directions normal to the first face; and a plurality of first cleaning elements extending from the first pod to the first face and through the at least one aperture to the second face; wherein the first cleaning elements are movable in opposite directions normal to the first face along with the first pod; characterised by a plurality of second cleaning elements extending from the first pod in a direction away from the first face. a handle; a head attached to the handle and having a head platform, the head platform having a first face and an opposite second face, the head platform forming at least one aperture extending therethrough between the first and second faces; and a first pod flexibly mounted to the head platform proximate the first face and being movable in opposite directions normal to the first face; and a plurality of first cleaning elements extending from the first pod to the first face and through the at least one aperture to the second face; wherein the first cleaning elements are movable in opposite directions normal to the first face along with the first pod; characterised by a plurality of second cleaning elements extending from the first pod in a direction away from the first face.
A mobile computing device comprising: an energy storage device; a housing that includes exterior walls that form an interior space that houses the energy storage device; a cavity formed by the housing and that includes an open front side with enclosed side and back walls (42, 43) formed by the exterior walls of the housing, the back wall being opposite from the front side; an opening along the back wall of the cavity that extends through the housing and into the interior space; and a connector mounted in the cavity and including a body connected to the side walls between the back wall and the front side, the body including a first side that faces outward towards the front side of the cavity and includes a prong and plurality of pins, the body also including an opposing second side that faces inward towards the back wall of the cavity and includes one or more contacts that are operatively connected to the plurality of pins and that extend outward from the second side and into the opening in the housing, the contacts being operatively connected to the energy storage device; the prong and the plurality of pins being directly adjacent the side walls of the cavity. an energy storage device; a housing that includes exterior walls that form an interior space that houses the energy storage device; a cavity formed by the housing and that includes an open front side with enclosed side and back walls (42, 43) formed by the exterior walls of the housing, the back wall being opposite from the front side; an opening along the back wall of the cavity that extends through the housing and into the interior space; and a connector mounted in the cavity and including a body connected to the side walls between the back wall and the front side, the body including a first side that faces outward towards the front side of the cavity and includes a prong and plurality of pins, the body also including an opposing second side that faces inward towards the back wall of the cavity and includes one or more contacts that are operatively connected to the plurality of pins and that extend outward from the second side and into the opening in the housing, the contacts being operatively connected to the energy storage device; the prong and the plurality of pins being directly adjacent the side walls of the cavity.
A computer-implemented method for enabling inter-vehicle data communication, the method comprising: receiving, at a security server and from a hardware security processor connected to a system bus of a first vehicle (120, 122), security confidence data of the first vehicle (120, 122), wherein the security confidence data include at least one of version information of a software code executing on a component of the first vehicle (120, 122), diagnostic data information of the first vehicle (120, 122), or data traffic pattern information of the first vehicle (120, 122); determining, at the security server, a security confidence score of the first vehicle (120, 122) based on the security confidence data; receiving, at the security server, a query from a different vehicle (120, 122); and in response to the query, transmitting the security confidence score of the first vehicle (120, 122) to the different vehicle (120, 122) so as to allow the different vehicle to determine whether to engage in inter-vehicle data communication with the first vehicle. receiving, at a security server and from a hardware security processor connected to a system bus of a first vehicle (120, 122), security confidence data of the first vehicle (120, 122), wherein the security confidence data include at least one of version information of a software code executing on a component of the first vehicle (120, 122), diagnostic data information of the first vehicle (120, 122), or data traffic pattern information of the first vehicle (120, 122); determining, at the security server, a security confidence score of the first vehicle (120, 122) based on the security confidence data; receiving, at the security server, a query from a different vehicle (120, 122); and in response to the query, transmitting the security confidence score of the first vehicle (120, 122) to the different vehicle (120, 122) so as to allow the different vehicle to determine whether to engage in inter-vehicle data communication with the first vehicle.
A method of sharpening a full-color image of a scene comprising: (a) capturing an image of the scene using a two-dimensional sensor array having both color and panchromatic pixels, wherein the captured image is sparsely sampled with each pixel in the captured image having only one pixel value that belongs to a respective one of three color channels or a panchromatic channel; forming the full-color image by interpolation of the captured color pixels, wherein each pixel in the full-color image has three pixel values with each of the three pixel values belonging to a respective one of the three color channels; and forming a reference panchromatic image by interpolation of the captured panchromatic pixels, wherein each pixel in the reference panchromatic image has a pixel value belonging to the panchromatic channel; (c) forming a high-frequency panchromatic image from the reference panchromatic image; and (d) providing a sharpened full-color image from the high-frequency panchromatic image and the full-color image by adding the high-frequency panchromatic image to the full-color image. (a) capturing an image of the scene using a two-dimensional sensor array having both color and panchromatic pixels, wherein the captured image is sparsely sampled with each pixel in the captured image having only one pixel value that belongs to a respective one of three color channels or a panchromatic channel; forming the full-color image by interpolation of the captured color pixels, wherein each pixel in the full-color image has three pixel values with each of the three pixel values belonging to a respective one of the three color channels; and forming a reference panchromatic image by interpolation of the captured panchromatic pixels, wherein each pixel in the reference panchromatic image has a pixel value belonging to the panchromatic channel; (c) forming a high-frequency panchromatic image from the reference panchromatic image; and (d) providing a sharpened full-color image from the high-frequency panchromatic image and the full-color image by adding the high-frequency panchromatic image to the full-color image.
A wireless communication method, comprising: receiving, by a terminal device, access-control information transmitted by a network device, wherein the access-control information comprises a correspondence between at least one random-access parameter value and at least one network slice, wherein the random-access parameter value comprises a backoff parameter value and/or a power-ramping parameter value; determining according to the correspondence, by the terminal device, a target random-access parameter value corresponding to a target network slice supported by the terminal device; performing, by the terminal device, a random access procedure with the target random-access parameter value; wherein first slice-related information is carried in the random access procedure, the first slice-related information indicating the target network slice. receiving, by a terminal device, access-control information transmitted by a network device, wherein the access-control information comprises a correspondence between at least one random-access parameter value and at least one network slice, wherein the random-access parameter value comprises a backoff parameter value and/or a power-ramping parameter value; determining according to the correspondence, by the terminal device, a target random-access parameter value corresponding to a target network slice supported by the terminal device; performing, by the terminal device, a random access procedure with the target random-access parameter value; wherein first slice-related information is carried in the random access procedure, the first slice-related information indicating the target network slice.
An accessory device for a food processor having a bowl with a lid within which rotates a central spindle, the device comprising: a body having an exterior shaped to cooperate with an interior surface of the bowl and one or more engagement features configured to mechanically interlock with the bowl such that the body is immobilised against rotation relative to the bowl and the lid; a cutting disc; and a power train for driving the cutting disc; the body having a first opening for receiving an end of the spindle and for coupling the power train to the spindle and a second through opening for locating the cutting disc; wherein, when the first opening receives the end of the spindle and the cutting disc is aligned with the second through opening, the cutting disc is offset from a rotational centre of the spindle; and rotation of the spindle causes rotation of the cutting disc relative to the body. a body having an exterior shaped to cooperate with an interior surface of the bowl and one or more engagement features configured to mechanically interlock with the bowl such that the body is immobilised against rotation relative to the bowl and the lid; a cutting disc; and a power train for driving the cutting disc; the body having a first opening for receiving an end of the spindle and for coupling the power train to the spindle and a second through opening for locating the cutting disc; wherein, when the first opening receives the end of the spindle and the cutting disc is aligned with the second through opening, the cutting disc is offset from a rotational centre of the spindle; and rotation of the spindle causes rotation of the cutting disc relative to the body.