mhurhangee/ep-ind-claims huggingface dataset:
A tire comprising: a tread portion bound with an intended tire rotational direction, wherein the tread portion includes a first tread edge, a second tread edge, a plurality of first oblique grooves, a plurality of second oblique grooves, and a plurality of first circumferential grooves, the first oblique grooves extend obliquely toward a heel side in the tire rotational direction from at least the first tread edge toward a tire equator side, wherein the heel side is toward the rotational direction side and a toe side is on the opposite side of the rotational direction, the second oblique grooves extend obliquely toward the heel side in the tire rotational direction from at least the second tread edge toward the tire equator side, each of the first circumferential grooves extends so as to intersect with and connect a respective pair of the first oblique grooves adjacent to each other in a tire circumferential direction, each of the first oblique grooves has the tire equator side end portion intersecting with a respective one of the second oblique grooves, each of the second oblique grooves has the tire equator side end portion intersecting with a respective one of the first oblique grooves, and each of the first circumferential grooves has a groove width increasing toward the heel side in the tire rotational direction, characterized in that the first circumferential grooves are inclined to a side opposite to the first oblique grooves with respect to a tire axial direction. a tread portion bound with an intended tire rotational direction, wherein the tread portion includes a first tread edge, a second tread edge, a plurality of first oblique grooves, a plurality of second oblique grooves, and a plurality of first circumferential grooves, the first oblique grooves extend obliquely toward a heel side in the tire rotational direction from at least the first tread edge toward a tire equator side, wherein the heel side is toward the rotational direction side and a toe side is on the opposite side of the rotational direction, the second oblique grooves extend obliquely toward the heel side in the tire rotational direction from at least the second tread edge toward the tire equator side, each of the first circumferential grooves extends so as to intersect with and connect a respective pair of the first oblique grooves adjacent to each other in a tire circumferential direction, each of the first oblique grooves has the tire equator side end portion intersecting with a respective one of the second oblique grooves, each of the second oblique grooves has the tire equator side end portion intersecting with a respective one of the first oblique grooves, and each of the first circumferential grooves has a groove width increasing toward the heel side in the tire rotational direction, characterized in that the first circumferential grooves are inclined to a side opposite to the first oblique grooves with respect to a tire axial direction.
A continuous method of manufacturing a component strip, comprising: applying a nanocrystalline material coating to a component strip, wherein the component strip is perforated, and wherein the nanocrystalline material coating is a Ni-W alloy coating and is applied through an electrodeposition process, said electrodeposition process comprised of a beginning portion of the component strip entering an electrodeposition bath before an adjoining portion of the component strip enters the electrodeposition bath and the beginning portion of the component strip also exiting the electrodeposition bath before the adjoining portion of the component strip exits the electrodeposition bath. applying a nanocrystalline material coating to a component strip, wherein the component strip is perforated, and wherein the nanocrystalline material coating is a Ni-W alloy coating and is applied through an electrodeposition process, said electrodeposition process comprised of a beginning portion of the component strip entering an electrodeposition bath before an adjoining portion of the component strip enters the electrodeposition bath and the beginning portion of the component strip also exiting the electrodeposition bath before the adjoining portion of the component strip exits the electrodeposition bath.
A vaccine/inhibitor combination comprising: (i) as vaccine an RNA vaccine comprising at least one RNA, wherein the at least one RNA is an mRNA comprising at least one open reading frame coding for at least one antigen and (ii) as inhibitor a composition comprising a PD-1 pathway inhibitor, wherein the PD-1 pathway inhibitor is an antagonistic antibody, which is directed against PD-1. (i) as vaccine an RNA vaccine comprising at least one RNA, wherein the at least one RNA is an mRNA comprising at least one open reading frame coding for at least one antigen and (ii) as inhibitor a composition comprising a PD-1 pathway inhibitor,
A solar cell module comprising: a plurality of solar cells that each include a photoelectric conversion body and an electrode formed on a surface of the photoelectric conversion body; a plurality of wiring materials, each of which electrically connects two adjacent solar cells of the plurality of solar cells with each other; and a resin adhesive that bonds the solar cells and the wiring materials together, wherein, for each of the solar cells: a portion of one of the wiring materials is in direct contact with the electrode; and the electrode has corrugation in a surface, characterized in that: the corrugation of the electrode is deformed in a first region of the electrode that is in direct contact with the wiring material, the corrugation being deformed in accordance with the shape of a surface of the wiring material that is in direct contact with the electrode, such that a maximum height of the corrugation in the first region of the electrode that is in direct contact with the wiring material is lower than a maximum height of the corrugation in a second region of the electrode that is not in direct contact with the wiring material. a plurality of solar cells that each include a photoelectric conversion body and an electrode formed on a surface of the photoelectric conversion body; a plurality of wiring materials, each of which electrically connects two adjacent solar cells of the plurality of solar cells with each other; and a resin adhesive that bonds the solar cells and the wiring materials together, wherein, for each of the solar cells: a portion of one of the wiring materials is in direct contact with the electrode; and the electrode has corrugation in a surface, characterized in that: the corrugation of the electrode is deformed in a first region of the electrode that is in direct contact with the wiring material, the corrugation being deformed in accordance with the shape of a surface of the wiring material that is in direct contact with the electrode, such that a maximum height of the corrugation in the first region of the electrode that is in direct contact with the wiring material is lower than a maximum height of the corrugation in a second region of the electrode that is not in direct contact with the wiring material. a portion of one of the wiring materials is in direct contact with the electrode; and the electrode has corrugation in a surface, characterized in that: the corrugation of the electrode is deformed in a first region of the electrode that is in direct contact with the wiring material, the corrugation being deformed in accordance with the shape of a surface of the wiring material that is in direct contact with the electrode, such that a maximum height of the corrugation in the first region of the electrode that is in direct contact with the wiring material is lower than a maximum height of the corrugation in a second region of the electrode that is not in direct contact with the wiring material.
A sexual stimulation device comprising: an inner arm dimensioned for insertion into a vagina; an outer arm dimensioned to contact the clitoral area when said inner arm is inserted in the vagina, said outer arm defining a clitoral pad; and a resilient U-shaped member connecting the inner and outer arms; characterized in that said resilient member is thin and narrow to permit sexual intercourse when said inner arm is inserted in the vagina, and said inner and outer arms taper toward said resilient member such that said device is dimensioned to be worn by a female during intercourse; the device is generally C-shaped when in a relaxed state; wherein, during use, the C-shape of the device is opened up such that the device is generally L-shaped and resulting pressure from the inner arm on the anterior surface of the vagina and from the clitoral pad on the clitoral area keeps the device in place when worn by a female during intercourse. an inner arm dimensioned for insertion into a vagina; an outer arm dimensioned to contact the clitoral area when said inner arm is inserted in the vagina, said outer arm defining a clitoral pad; and a resilient U-shaped member connecting the inner and outer arms; characterized in that said resilient member is thin and narrow to permit sexual intercourse when said inner arm is inserted in the vagina, and said inner and outer arms taper toward said resilient member such that said device is dimensioned to be worn by a female during intercourse; the device is generally C-shaped when in a relaxed state; wherein, during use, the C-shape of the device is opened up such that the device is generally L-shaped and resulting pressure from the inner arm on the anterior surface of the vagina and from the clitoral pad on the clitoral area keeps the device in place when worn by a female during intercourse.
Method for producing a multi-layer component by means of infusion technology, said method comprising the following steps: layering fibre material (17, 27, 37) and at least one core (10, 20, 30); suction-extraction of a volume of air from at least one hollow (11a, 11b, 11c, 12) in the core layered with the fibre material; and infiltrating the fibre material with matrix material, wherein the hollow is separated from the infiltrated fibre material by an air-permeable and resin-tight separation medium (13, 23), and characterized in that the core comprises a material whose viscosity increases upon contact with the matrix material; and/or wherein a granular material or powder whose viscosity increases upon contact with the matrix material is applied between a surface of the core and the separation medium. layering fibre material (17, 27, 37) and at least one core (10, 20, 30); suction-extraction of a volume of air from at least one hollow (11a, 11b, 11c, 12) in the core layered with the fibre material; and infiltrating the fibre material with matrix material, wherein the hollow is separated from the infiltrated fibre material by an air-permeable and resin-tight separation medium (13, 23), and characterized in that the core comprises a material whose viscosity increases upon contact with the matrix material; and/or wherein a granular material or powder whose viscosity increases upon contact with the matrix material is applied between a surface of the core and the separation medium.
A process for recovering high-purity meta-xylene from a feedstock comprising C 8 and heavier aromatic hydrocarbons which comprises: (a) distilling the feedstock to separate C 8 aromatic hydrocarbons from heavier hydrocarbons in a xylene column which comprises a sidecut for obtaining an ortho-xylene concentrate; (b) contacting the C 8 aromatic hydrocarbons in a selective-adsorption step at liquid-phase adsorption conditions with an adsorbent comprising a zeolite, adsorbing the meta-xylene, removing the nonadsorbed portion of said mixture from contact with said adsorbent by means of a raffinate stream and recovering the high-purity meta-xylene by desorption with a desorbent at desorption conditions. (a) distilling the feedstock to separate C 8 aromatic hydrocarbons from heavier hydrocarbons in a xylene column which comprises a sidecut for obtaining an ortho-xylene concentrate; (b) contacting the C 8 aromatic hydrocarbons in a selective-adsorption step at liquid-phase adsorption conditions with an adsorbent comprising a zeolite, adsorbing the meta-xylene, removing the nonadsorbed portion of said mixture from contact with said adsorbent by means of a raffinate stream and recovering the high-purity meta-xylene by desorption with a desorbent at desorption conditions.
Apparatus for setting a movement of an operating element for an automatic transmission of a vehicle, the apparatus having a latching contour for defining at least one shifting position of the operating element along a movement path of the operating element, and also having a contact surface (115, 125, 135), the latching contour being formed at least partially from a hard material with a first elasticity, and the contact surface (115, 125, 135) being formed from a soft material with a second elasticity, the second elasticity of the soft material being greater than the first elasticity of the hard material, characterized in that the contact surface (115, 125, 135) comprises an operating element contact surface in at least one part section of the latching contour, which part section is assigned to a shifting position of the operating element.
A method to improve backward compatible decoding, the method comprising: accessing with a processor an image database; computing first hue values in a first color space of the images in the database, the first color space being a legacy color space; computing second hue values in a second color space of the images in the database, the second color space optimized for high dynamic range and wide color gamut signals; minimizing a hue cost function, wherein the hue cost function is based on a difference measure of the first hue values of the images in the first color space and rotated second hue values of the images in a rotated second color space, to compute an optimum hue rotation angle that minimizes said cost function such that an image with color-rotated hue values in the second color space using the optimum hue rotation angle has a reasonable picture quality when decoded by a legacy decoder interpreting the color-rotated hue values in the first color space without applying backward color reshaping; receiving an input image in the second color space; generating, based on the optimum hue rotation angle, a color-rotation matrix for color-rotating the hue values in the second color space; applying forward color reshaping to the input image by applying the color-rotating matrix to the input image in the second color space to generate a reshaped image; encoding the reshaped image to generate a coded reshaped image. accessing with a processor an image database; computing first hue values in a first color space of the images in the database, the first color space being a legacy color space; computing second hue values in a second color space of the images in the database, the second color space optimized for high dynamic range and wide color gamut signals; minimizing a hue cost function, wherein the hue cost function is based on a difference measure of the first hue values of the images in the first color space and rotated second hue values of the images in a rotated second color space, to compute an optimum hue rotation angle that minimizes said cost function such that an image with color-rotated hue values in the second color space using the optimum hue rotation angle has a reasonable picture quality when decoded by a legacy decoder interpreting the color-rotated hue values in the first color space without applying backward color reshaping; receiving an input image in the second color space; generating, based on the optimum hue rotation angle, a color-rotation matrix for color-rotating the hue values in the second color space; applying forward color reshaping to the input image by applying the color-rotating matrix to the input image in the second color space to generate a reshaped image; encoding the reshaped image to generate a coded reshaped image.
A radiography apparatus comprising: a radiation emitting device for irradiating a subject with radiation; imaging means for capturing an image of the subject to acquire a captured image of the subject; a radiation detector for detecting the radiation transmitted through the subject and generates a radiographic image of the subject; characterized by driving state control means for controlling a driving state of at least one of the radiation emitting device or the radiation detector on the basis of whether the radiation detector is included in the captured image; and radiation field control means for controlling a field of the radiation emitted to the subject, wherein the driving state control means is configured to change the driving state of at least of the radiation emitting device or the radiation detector to a state in which imaging is available in response to a radiation field change operation of the radiation field control means. a radiation emitting device for irradiating a subject with radiation; imaging means for capturing an image of the subject to acquire a captured image of the subject; a radiation detector for detecting the radiation transmitted through the subject and generates a radiographic image of the subject; characterized by driving state control means for controlling a driving state of at least one of the radiation emitting device or the radiation detector on the basis of whether the radiation detector is included in the captured image; and radiation field control means for controlling a field of the radiation emitted to the subject, wherein the driving state control means is configured to change the driving state of at least of the radiation emitting device or the radiation detector to a state in which imaging is available in response to a radiation field change operation of the radiation field control means.
A heat exchanger core in which a number of corrugated fins being aligned in parallel in a width direction of fins where fluid flows and including louvers all processed by being cut and raised to incline in a same direction, and a number of flat tubes are alternately aligned in parallel to each other, wherein, at both ends of the core, a pair of tanks through which the both ends of the flat tube pass are disposed, characterized in that a core height H (mm) that is a separation distance between the pair of tanks (distance of a space portion between the pair of tanks), a cutting and raising louver width W (mm) in a main flow direction of the fluid, and a cutting and raising louver angle θ are set to satisfy an inequation as below H > Qup / Qup − 1 × ΔH Qup = Qup W θ = α W + β W θ + 1 α W = η / W − η β W θ = ξ / W ⋅ tan 2 2 θ − ξ ΔH = ΔH W θ = j ⋅ W sinθ + k ⋅ sin 2 θ η = 0.3553 (mm) ξ = 0.5447 (mm) j = 0.1419 k = 4.2789 η = 0.3553 (mm) ξ = 0.5447 (mm) j = 0.1419 k = 4.2789
An investment casting pin characterised by: a ceramic base pin having a perimeter and a length extending perpendicular to the perimeter; and a sacrificial coating disposed about the perimeter of the ceramic base pin along at least a portion of the length of the ceramic base pin, wherein the ceramic base pin is made of alumina. a ceramic base pin having a perimeter and a length extending perpendicular to the perimeter; and a sacrificial coating disposed about the perimeter of the ceramic base pin along at least a portion of the length of the ceramic base pin, wherein the ceramic base pin is made of alumina.
An inkjet dyeing method for ejecting an ink from an inkjet head for recording on a fiber, the ink containing at least a disperse dye, a dispersant, water and a water-soluble organic solvent, wherein a ratio of the number of disperse dye particles having a particle diameter of 5 μm or more to the total number of disperse dye particles contained in the ink is 5% or less, the inkjet head has two or more rows in which pressure chambers (11, 11A, 11B) generating pressure for discharging an ink inside the pressure chambers (11, 11A, 11B) from a nozzle with a pressure-imparting means (13, 13A, 13B) operable by application of a drive signal are arranged, with the pressure chambers (11, 11A, 11B) being in fluid communication with each other via a common ink chamber, and a row in which the pressure chambers (11, 11A, 11B) are arranged is divided into N drive groups, N being an integer of 2 or more, and for each of the drive groups a phase difference of nAL + t is imparted to the drive signal to be applied to the pressure-imparting means (13, 13A, 13B) of a pressure chamber (11, 11A, 11B), with the proviso that n is an integer of 1 or more, AL is 1/2 of acoustic resonance period of a pressure wave in the pressure chamber (11, 11A, 11B), and t is a pressure wave transmission time determined by "inter-nozzle distance between drive groups"/"speed at which sound is transmitted in the ink", the inter-nozzle distance being a distance between two drive groups which are to be driven with the phase difference.
A system for sanitizing a tray table, the system comprising: a sanitation assembly, wherein the sanitation assembly includes: an ultraviolet light source configured to emit UV light; and a sanitation control unit operatively coupled to the UV light source; wherein the sanitation control unit is configured to operate the UV light source to emit the UV light onto the tray table when the tray table is secured in an upright position, and wherein the sanitation control unit prevents the UV light source from emitting the UV light when the tray table is not secured in the upright position. a sanitation assembly, wherein the sanitation assembly includes: an ultraviolet light source configured to emit UV light; and a sanitation control unit operatively coupled to the UV light source; an ultraviolet light source configured to emit UV light; and a sanitation control unit operatively coupled to the UV light source; wherein the sanitation control unit is configured to operate the UV light source to emit the UV light onto the tray table when the tray table is secured in an upright position, and wherein the sanitation control unit prevents the UV light source from emitting the UV light when the tray table is not secured in the upright position.
A waste heat recovery system for an engine system, comprising: a first charge air cooler in fluid communication with a working fluid path of the waste heat recovery system, the first charge air cooler comprising: a first cooling fluid core comprising: a first cooling fluid inlet in fluid communication with a cooling fluid source; a first cooling fluid conduit fluidly coupled to the first cooling fluid inlet and a first cooling fluid outlet, the first cooling fluid conduit configured to direct cooling fluid from the first cooling fluid inlet to the first cooling fluid outlet; and a first air conduit adjacent to the first cooling fluid conduit, the first air conduit in fluid communication with a first air inlet and a first air outlet and configured to direct air supplied by an air source from the first air inlet to the first air outlet, the first air outlet in fluid communication with an intake of an engine or a compressor inlet of the engine. a first cooling fluid inlet in fluid communication with a cooling fluid source; a first cooling fluid conduit fluidly coupled to the first cooling fluid inlet and a first cooling fluid outlet, the first cooling fluid conduit configured to direct cooling fluid from the first cooling fluid inlet to the first cooling fluid outlet; and a first air conduit adjacent to the first cooling fluid conduit, the first air conduit in fluid communication with a first air inlet and a first air outlet and configured to direct air supplied by an air source from the first air inlet to the first air outlet, the first air outlet in fluid communication with an intake of an engine or a compressor inlet of the engine.