mhurhangee/ep-ind-claims huggingface dataset:
A reinforcing plate (120; 1100; 1200; 1420) for a sole structure (100; 1400) for an article of footwear, the reinforcing plate (120; 1100; 1200; 1420) including a flange portion, the flange portion having a first end portion connected to a central portion of the reinforcing plate (120; 1100; 1200; 1420) and a second end portion extending to an outer peripheral portion of the reinforcing plate (120; 1100; 1200; 1420); wherein the flange portion (142; 1222) is formed by a first flex groove (132; 1432) and a second flex groove (133; 1433) defined by the reinforcing plate (120; 1100; 1200; 1420); wherein the first flex groove (132; 1432) extends from a first flex groove first end at the central portion (122; 1422) in an approximately radial direction toward a first flex groove second end at a medial side of the reinforcing plate (120; 1100; 1200; 1420); wherein the second flex groove (133; 1433) extends from a second flex groove first end at the central portion (122; 1422) in an approximately radial direction toward a second flex groove second end at the medial side of the reinforcing plate (120; 1100; 1200; 1420); wherein the second flex groove (133; 1433) is disposed farther from a forward edge of the sole structure (100; 1400) than the first flex groove (132; 1432); wherein the first flex groove first end is separated from the second flex groove first end at the central portion (122; 1422) to define the first end portion of the flange portion and a bending region disposed adjacent to the central portion (122; 1422) of the reinforcing plate (120; 1100; 1200; 1420); wherein the flange portion is narrower at the first end portion and widens toward the second end portion; wherein a single cleat member is associated with the flange portion; wherein the flange portion corresponds to a ball region of a foot; wherein the flange portion is capable of bending with the ball region of the foot at the bending region; and wherein a plurality of remaining cleat members (241, 243-247) are associated with a remaining portion of the reinforcing plate (120; 1420) beyond the flange portion, characterized in that the cleat member moves independently from the plurality of remaining cleat members (241, 243-247) when the flange portion bends at the bending region; the flange portion of the reinforcing plate bends upwardly about the bending region in a vertical direction such that the cleat member has a higher vertical position than the plurality of remaining cleat members (241, 243-247); and/or the flange portion of the reinforcing plate bends downwardly about the bending region in a vertical direction such that the cleat member has a lower vertical position than the plurality of remaining cleat members (241, 243-247); and the flange portion is configured to bend downwardly in response to a downward force by the ball portion of the foot.
An image processing device comprising: image group input means for inputting a first image group; and output form determination means for determining an output form of an image included in a second image group the output form determining means being adapted to determine the output form on the basis of information on images selected by at least one of one user or another user among images included in a first image group, wherein the second image group is an image group that the one user has newly input from the image group input means, and the first image group is a previously input image group, characterized in that the output form determination means is adapted to determine on the basis of information on the image selected by the one user or the another user among the previously input first image group, an image to be extracted from among the second image group that the one user has newly input from the image group input means, a layout of the image included in the second image group that the one user has newly input from the image group input means, and a template for affixing the image included in the second image group that the one user has newly input from the image group input means, wherein the image processing device further comprises: output device control means for controlling an output device so that output is performed according to the output form determined by the output form determination means. image group input means for inputting a first image group; and output form determination means for determining an output form of an image included in a second image group the output form determining means being adapted to determine the output form on the basis of information on images selected by at least one of one user or another user among images included in a first image group, wherein the second image group is an image group that the one user has newly input from the image group input means, and the first image group is a previously input image group, characterized in that the output form determination means is adapted to determine on the basis of information on the image selected by the one user or the another user among the previously input first image group, an image to be extracted from among the second image group that the one user has newly input from the image group input means, a layout of the image included in the second image group that the one user has newly input from the image group input means, and a template for affixing the image included in the second image group that the one user has newly input from the image group input means, wherein the image processing device further comprises: output device control means for controlling an output device so that output is performed according to the output form determined by the output form determination means.
A method for optimizing fuel for an internal combustion engine, the method comprising: contacting a fuel with a metal-organic framework; selectively separating one or more constituents of the fuel to define a first fuel stream and a second fuel stream via the MOF; wherein separating comprises separating aliphatic C 7 -C 20 n-paraffins from one or more of cyclo-paraffins, branched paraffins, and olefins, or separating dibranched paraffins from mono-branched and n-paraffins; combusting the first fuel stream in the internal combustion engine to generate power and heated exhaust; directing the heated exhaust and at least a portion of the second fuel stream to a reformer; generating hydrogen gas in the reformer; injecting the hydrogen gas into the internal combustion engine; wherein all steps are performed on board a vehicle. contacting a fuel with a metal-organic framework; selectively separating one or more constituents of the fuel to define a first fuel stream and a second fuel stream via the MOF; wherein separating comprises separating aliphatic C 7 -C 20 n-paraffins from one or more of cyclo-paraffins, branched paraffins, and olefins, or separating dibranched paraffins from mono-branched and n-paraffins; combusting the first fuel stream in the internal combustion engine to generate power and heated exhaust; directing the heated exhaust and at least a portion of the second fuel stream to a reformer; generating hydrogen gas in the reformer; injecting the hydrogen gas into the internal combustion engine;
A hard capsule composite formulation comprising two or more pharmaceutically active ingredients, wherein each pharmaceutically active ingredient is contained in a multi-unit spheroidal tablet (MUST) having a diameter in a range of 1 to 4 mm and 4 to 40 MUSTs per each pharmaceutically active ingredient are encapsulated in the hard capsule; and wherein each MUST has a diameter to thickness ratio in a range of 1:0.7 to 1:1.3 and a thickness to cylinder height ratio in a range of 1:0.3 to 1:0.9.
A surgical instrument comprising: a plug including at least one prong, the at least one prong having a first radial dimension (R 1) in a first condition and a second radial dimension (R 2) in a second condition, the second radial dimension being larger than the first radial dimension, the at least one prong configured to permit delivery of energy to the surgical instrument in the first condition and configured to inhibit delivery of energy to the surgical instrument in the second condition, wherein at least a portion of the at least one prong is constructed of a smart material so that the at least one prong is configured to mechanically transition from the first condition to the second condition upon reaching a predetermined usage threshold, wherein the at least one prong includes a base and at least two tip portions extending from the base, the at least two tip portions deflectable from a first position defining the first radial dimension to a second position defining the second radial dimension, wherein in the second position the at least two tip portions deflect away from one another. a plug including at least one prong, the at least one prong having a first radial dimension (R 1) in a first condition and a second radial dimension (R 2) in a second condition, the second radial dimension being larger than the first radial dimension, the at least one prong configured to permit delivery of energy to the surgical instrument in the first condition and configured to inhibit delivery of energy to the surgical instrument in the second condition, wherein at least a portion of the at least one prong is constructed of a smart material so that the at least one prong is configured to mechanically transition from the first condition to the second condition upon reaching a predetermined usage threshold, wherein the at least one prong includes a base and at least two tip portions extending from the base, the at least two tip portions deflectable from a first position defining the first radial dimension to a second position defining the second radial dimension, wherein in the second position the at least two tip portions deflect away from one another.
A compound according to Formula I: or a pharmaceutically acceptable salt thereof, for use in the treatment, prevention or prophylaxis of osteoarthritis, allergic airway disease, or inflammatory bowel diseases.
A replaceable unit for an electrophotographic image forming device, comprising: a housing having a top, a bottom, a front, and a rear positioned between a first side and a second side of the housing, the housing has a reservoir for holding toner; an electrical contact on the first side of the housing for contacting a corresponding electrical contact in the image forming device when the replaceable unit is installed in the image forming device, the electrical contact is electrically connected to processing circuitry mounted on the housing; and a guide (160a, 160b) on the first side of the housing positioned closer to the front of the housing than the electrical contact is to the front of the housing, the guide (160a, 160b) leads rearward toward the electrical contact, characterized by that the guide (160a, 160b) includes an inside surface (163a, 163b) that faces inward sideways toward the second side of the housing, the inside surface (163a, 163b) is unobstructed permitting the inside surface (163a, 163b) to contact an electrical connector in the image forming device during insertion of the replaceable unit into the image forming device, at least a portion of the inside surface (163a, 163b) is angled inward sideways in a direction from the front to the rear permitting contact between the inside surface (163a, 163b) and the electrical connector in the image forming device to draw the electrical connector in the image forming device inward sideways relative to the replaceable unit during insertion of the replaceable unit into the image forming device with the front of the housing leading. a housing having a top, a bottom, a front, and a rear positioned between a first side and a second side of the housing, the housing has a reservoir for holding toner; an electrical contact on the first side of the housing for contacting a corresponding electrical contact in the image forming device when the replaceable unit is installed in the image forming device, the electrical contact is electrically connected to processing circuitry mounted on the housing; and a guide (160a, 160b) on the first side of the housing positioned closer to the front of the housing than the electrical contact is to the front of the housing, the guide (160a, 160b) leads rearward toward the electrical contact, characterized by that the guide (160a, 160b) includes an inside surface (163a, 163b) that faces inward sideways toward the second side of the housing, the inside surface (163a, 163b) is unobstructed permitting the inside surface (163a, 163b) to contact an electrical connector in the image forming device during insertion of the replaceable unit into the image forming device, at least a portion of the inside surface (163a, 163b) is angled inward sideways in a direction from the front to the rear permitting contact between the inside surface (163a, 163b) and the electrical connector in the image forming device to draw the electrical connector in the image forming device inward sideways relative to the replaceable unit during insertion of the replaceable unit into the image forming device with the front of the housing leading.
A method for transmitting power-saving information, comprising: receiving, by a terminal device (120, 300, 500, 710), indication information, wherein the indication information is used to indicate a position of the power-saving information of the terminal device (120, 300, 500, 710) in downlink control information, named DCI hereinafter, the indication information is used to indicate at least one of a starting position of the power-saving information, an end position of the power-saving information, and a number of bits of the power-saving information in the DCI, the indication information indicates the starting position of the power-saving information and/or the number of bits of the power-saving information through a power-saving information indicator value, the power-saving information indicator value is determined based on a total number of bits used to carry power-saving information in the DCI, the number of bits of the power-saving information of the terminal device in the DCI, and the starting position or the end position of the power-saving information in the DCI; and obtaining, by the terminal device (120, 300, 500, 710), the power-saving information of the terminal device (120, 300, 500, 710) from the DCI according to the indication information. receiving, by a terminal device (120, 300, 500, 710), indication information, wherein the indication information is used to indicate a position of the power-saving information of the terminal device (120, 300, 500, 710) in downlink control information, named DCI hereinafter, the indication information is used to indicate at least one of a starting position of the power-saving information, an end position of the power-saving information, and a number of bits of the power-saving information in the DCI, the indication information indicates the starting position of the power-saving information and/or the number of bits of the power-saving information through a power-saving information indicator value, the power-saving information indicator value is determined based on a total number of bits used to carry power-saving information in the DCI, the number of bits of the power-saving information of the terminal device in the DCI, and the starting position or the end position of the power-saving information in the DCI; and obtaining, by the terminal device (120, 300, 500, 710), the power-saving information of the terminal device (120, 300, 500, 710) from the DCI according to the indication information.
A template, wherein the template is arranged to define a plurality of recesses in the template, each recess being configured to receive a tread support of a plurality of tread supports, characterised in that the plurality of defined recesses is positioned such that the template can be used to define the correct final position of the plurality of tread supports on a pair of stair supports to produce a staircase to a given specification.
An information processing apparatus in a self-driving vehicle comprising: a sensing information acquisition part which acquires sensing information indicative of a situation outside the self-driving vehicle by a sensor mounted on the self-driving vehicle for detecting objects around the self-driving vehicle; a traveling obstruction determination part which detects another vehicle which travels near the self-driving vehicle using the sensing information; and detects a width of a space which allows traveling of the other vehicle when the other vehicle travels near the self-driving vehicle and determines the width of the other vehicle with respect to the width of the space; and a movement request generation part which is configured to generate a movement request, causing the self-driving vehicle to move when the traveling obstruction determination part has determined that the width of the space which allows traveling of the other vehicle around the self-driving vehicle is shorter than a width of the other vehicle. a sensing information acquisition part which acquires sensing information indicative of a situation outside the self-driving vehicle by a sensor mounted on the self-driving vehicle for detecting objects around the self-driving vehicle; a traveling obstruction determination part which detects another vehicle which travels near the self-driving vehicle using the sensing information; and detects a width of a space which allows traveling of the other vehicle when the other vehicle travels near the self-driving vehicle and determines the width of the other vehicle with respect to the width of the space; and a movement request generation part which is configured to generate a movement request, causing the self-driving vehicle to move when the traveling obstruction determination part has determined that the width of the space which allows traveling of the other vehicle around the self-driving vehicle is shorter than a width of the other vehicle.
A recombinant beta-xylosidase variant and/or recombinant beta-xylosidase variant fragment having beta-xylosidase activity, that exhibits improved thermostability relative to SEQ ID NO: 2, and comprising an amino acid sequence of at least 95%, at least 96%, at least 97%, at least 98%, or at least 99% sequence identity to SEQ ID NO:2 and comprising at least one mutation at position 219, 211, 499, 235, 209, 345, 280, 347 and/or 798, wherein the positions are numbered with reference to SEQ ID NO:2.
A composition comprising: 1) compound 10 or a pharmaceutically acceptable salt thereof, and 2) compound 6 or a pharmaceutically acceptable salt thereof.
A holographic projector comprising: a light source arranged to provide a beam of at least partially coherent incident light; an addressable liquid crystal on silicon, LCOS, phase-only reflective spatial light modulator, SLM, arranged to provide a dynamically variable phase delay distribution to the beam of incident light; Fourier optics arranged to receive phase-modulated light from the spatial light modulator and perform a frequency-space transformation upon the received phase-modulated light to form an image; and projection optics arranged to project the image; characterised in that the holographic projector is arranged as vehicle headlamp that projects the image to form pattern of illumination as a controllable light beam for illuminating a scene and zero order light reflected from the LCOS SLM is used to contribute to illuminating the scene at the centre of the light beam. a light source arranged to provide a beam of at least partially coherent incident light; an addressable liquid crystal on silicon, LCOS, phase-only reflective spatial light modulator, SLM, arranged to provide a dynamically variable phase delay distribution to the beam of incident light; Fourier optics arranged to receive phase-modulated light from the spatial light modulator and perform a frequency-space transformation upon the received phase-modulated light to form an image; and projection optics arranged to project the image; characterised in that the holographic projector is arranged as vehicle headlamp that projects the image to form pattern of illumination as a controllable light beam for illuminating a scene and zero order light reflected from the LCOS SLM is used to contribute to illuminating the scene at the centre of the light beam.
An apparatus for generating a skeleton model, the apparatus comprising: a data synchronization unit to perform a synchronization respectively upon image data for a user collected by an image sensor and motion data for the user collected by a motion sensor to be cross-referenced by each other; a silhouette extraction unit to extract a silhouette of the user from the synchronized image data; a joint information calculation unit to calculate a position or orientation of a joint of the user from the synchronized motion data; and a skeleton model generation unit to generate a three-dimensional skeleton model of an entire body of the user using the silhouette and the position or orientation of the joint of the user, wherein the skeleton model generation unit determines remaining joints of the user included in a range of the silhouette except for the joint from the synchronized motion data, using a reference point extracted from the silhouette and the position or orientation of the joint of the user calculated by the joint information calculation unit. a data synchronization unit to perform a synchronization respectively upon image data for a user collected by an image sensor and motion data for the user collected by a motion sensor to be cross-referenced by each other; a silhouette extraction unit to extract a silhouette of the user from the synchronized image data; a joint information calculation unit to calculate a position or orientation of a joint of the user from the synchronized motion data; and a skeleton model generation unit to generate a three-dimensional skeleton model of an entire body of the user using the silhouette and the position or orientation of the joint of the user, wherein the skeleton model generation unit determines remaining joints of the user included in a range of the silhouette except for the joint from the synchronized motion data, using a reference point extracted from the silhouette and the position or orientation of the joint of the user calculated by the joint information calculation unit.
A method for determining a reference position as the basis for a starting position for an inertial navigation system, which is designed to determine the location of a vehicle from the starting position and a relative position change of the vehicle, the method comprising: - detecting an ambient condition around the vehicle with an environment sensor of the vehicle, - determining a position (34, 18) of the vehicle at the location of the detected ambient condition, and - assigning the determined position (34, 18) to the detected ambient condition as a reference position, wherein the determined position (34, 18) is associated as a reference position with the detected ambient condition on the basis of a probability with which the vehicle passes the reference position, wherein the probability depends on a frequency with which the ambient condition is detected, which is associated with the determined position (34, 18) as a reference position, characterised in that the reference position is an averaging value from a number of determined positions (34, 18) at the point of the detected ambient condition around the vehicle. - detecting an ambient condition around the vehicle with an environment sensor of the vehicle, - determining a position (34, 18) of the vehicle at the location of the detected ambient condition, and - assigning the determined position (34, 18) to the detected ambient condition as a reference position, wherein the determined position (34, 18) is associated as a reference position with the detected ambient condition on the basis of a probability with which the vehicle passes the reference position,