mhurhangee/ep-ind-claims huggingface dataset:
A universal swing training apparatus, comprising: a sports-related implement comprising two separate and distinct sections spaced apart to form a gap there-between, said sections comprising a proximal section and a distal section; and a slide mechanism inserted within said gap and connected to the upper end of the proximal section and the lower end of the distal section, the slide mechanism comprising a rail guide, a plurality of front ball bearings (26, 28), a plurality of rear ball bearings, and a sliding rail assembly that are cooperatively configured to, insure said upper end and said lower end are coaxial when the sliding rail assembly is situated in a coaxial position on the rail guide, and permit a lateral shift of said lower end relative to said upper end during a swinging of the implement; wherein the sliding rail assembly comprises a sliding rail member, the upper portion of the sliding rail member is adapted to permit said lower end to be connected to said upper portion in a manner that insures said lower end is coaxial with the sliding rail assembly regardless of how the implement is swung, and the lower portion of the rail guide is adapted to permit said upper end to be connected to said lower portion in a manner that insures said upper end is coaxial with the rail guide regardless of how the implement is swung. a sports-related implement comprising two separate and distinct sections spaced apart to form a gap there-between, said sections comprising a proximal section and a distal section; and a slide mechanism inserted within said gap and connected to the upper end of the proximal section and the lower end of the distal section, the slide mechanism comprising a rail guide, a plurality of front ball bearings (26, 28), a plurality of rear ball bearings, and a sliding rail assembly that are cooperatively configured to, insure said upper end and said lower end are coaxial when the sliding rail assembly is situated in a coaxial position on the rail guide, and permit a lateral shift of said lower end relative to said upper end during a swinging of the implement; insure said upper end and said lower end are coaxial when the sliding rail assembly is situated in a coaxial position on the rail guide, and permit a lateral shift of said lower end relative to said upper end during a swinging of the implement; wherein the sliding rail assembly comprises a sliding rail member, the upper portion of the sliding rail member is adapted to permit said lower end to be connected to said upper portion in a manner that insures said lower end is coaxial with the sliding rail assembly regardless of how the implement is swung, and the lower portion of the rail guide is adapted to permit said upper end to be connected to said lower portion in a manner that insures said upper end is coaxial with the rail guide regardless of how the implement is swung.
A signal processing device comprising: an acquisition unit that is configured to acquire polar coordinate position information indicating a position of a first object expressed by polar coordinates, audio data of the first object, absolute coordinate position information indicating a position of a second object expressed by absolute coordinates, and audio data of the second object, wherein the first object is an object of reverberant sound or ground noise, and wherein the second object is an object of a direct sound of a musical instrument; a coordinate conversion unit that is configured to convert the absolute coordinate position information into polar coordinate position information indicating a position of the second object; and a rendering processing unit that is configured to perform rendering processing on a basis of the polar coordinate position information and the audio data of the first object and the polar coordinate position information and the audio data of the second object. an acquisition unit that is configured to acquire polar coordinate position information indicating a position of a first object expressed by polar coordinates, audio data of the first object, absolute coordinate position information indicating a position of a second object expressed by absolute coordinates, and audio data of the second object, wherein the first object is an object of reverberant sound or ground noise, and wherein the second object is an object of a direct sound of a musical instrument; a coordinate conversion unit that is configured to convert the absolute coordinate position information into polar coordinate position information indicating a position of the second object; and a rendering processing unit that is configured to perform rendering processing on a basis of the polar coordinate position information and the audio data of the first object and the polar coordinate position information and the audio data of the second object.
Apparatus for forward looking terrain avoidance (FLTA) in an aircraft, comprising: a processor, for executing at least one neural network based algorithm; and at least one sensor, each said at least one sensor coupled with said processor, for monitoring a plurality of flight parameters of said aircraft, thereby generating a plurality of monitored flight parameters; wherein said processor divides the performance envelope of said aircraft into predefined flight regimes, wherein for each said predefined flight regime, said processor defines and stores a suitable protection envelope, wherein said processor determines an estimated flight regime of said aircraft using said at least one neural network based algorithm based on said plurality of monitored flight parameters, and wherein said processor selects a respective suitable protection envelope for said aircraft based on said estimated flight regime. a processor, for executing at least one neural network based algorithm; and at least one sensor, each said at least one sensor coupled with said processor, for monitoring a plurality of flight parameters of said aircraft, thereby generating a plurality of monitored flight parameters; wherein said processor divides the performance envelope of said aircraft into predefined flight regimes, wherein for each said predefined flight regime, said processor defines and stores a suitable protection envelope, wherein said processor determines an estimated flight regime of said aircraft using said at least one neural network based algorithm based on said plurality of monitored flight parameters, and wherein said processor selects a respective suitable protection envelope for said aircraft based on said estimated flight regime.
An organic light emitting display device comprising: a substrate; an organic light emitting device disposed on the substrate to display images; a sealing member formed above the organic light emitting device; and a selective light absorbing layer (51, 52, 53) and a black matrix layer (61, 62, 63) disposed between the substrate and the sealing member, a reflection preventive layer formed on one of the surfaces of the sealing member that is opposite to a surface facing the organic light emitting device, wherein the black matrix layer (61, 62, 63) corresponds to non-emission areas of the organic light emitting device, wherein the reflection preventive layer comprises a semi-transparent film that transmits some external light and reflects the rest of the external light and a transparent protective film covering the semi-transparent film, and the semi-transparent film has a refractive index greater than that of the protective film, characterized in that, the selective light absorbing layer (51, 52, 53) comprises a mixture of a red pigment and a blue pigment dispersed in a binder to selectively transmit light in a red light wavelength region and a blue light wavelength region and to selectively absorb the light in a green light wavelength region. a substrate; an organic light emitting device disposed on the substrate to display images; a sealing member formed above the organic light emitting device; and a selective light absorbing layer (51, 52, 53) and a black matrix layer (61, 62, 63) disposed between the substrate and the sealing member, a reflection preventive layer formed on one of the surfaces of the sealing member that is opposite to a surface facing the organic light emitting device, wherein the black matrix layer (61, 62, 63) corresponds to non-emission areas of the organic light emitting device, wherein the reflection preventive layer comprises a semi-transparent film that transmits some external light and reflects the rest of the external light and a transparent protective film covering the semi-transparent film, and the semi-transparent film has a refractive index greater than that of the protective film, characterized in that, the selective light absorbing layer (51, 52, 53) comprises a mixture of a red pigment and a blue pigment dispersed in a binder to selectively transmit light in a red light wavelength region and a blue light wavelength region and to selectively absorb the light in a green light wavelength region.
A power management arrangement located in a device, the power management arrangement being configured for managing a power consumption of the device comprising: - one or more peripherals; - a processing module connected to data communication lines configured to exchange data within the power management arrangement and with the one or more peripherals; - interrupt channels configured to send and receive a bidirectional interrupt signal within the power management arrangement, to and from the one or more of the peripherals to wake up the processing module and the one or more peripherals and thereby initiate exchange of items of data between the one or more peripherals and the processing module; - a local storage connected to the processing module and configured to store logic operations relating to communication with and operation of the power management arrangement and the one or more peripherals; and - a power management unit connected to power lines and configured to provide an adjustable supply voltage within the power management arrangement and to the one or more peripherals and to the processing module through power lines. - one or more peripherals; - a processing module connected to data communication lines configured to exchange data within the power management arrangement and with the one or more peripherals; - interrupt channels configured to send and receive a bidirectional interrupt signal within the power management arrangement, to and from the one or more of the peripherals to wake up the processing module and the one or more peripherals and thereby initiate exchange of items of data between the one or more peripherals and the processing module; - a local storage connected to the processing module and configured to store logic operations relating to communication with and operation of the power management arrangement and the one or more peripherals; and - a power management unit connected to power lines and configured to provide an adjustable supply voltage within the power management arrangement and to the one or more peripherals and to the processing module through power lines.
Self-sealing tire sealant, characterized in that it contains 3.6% to 10% by weight of at least one tackifier and 50% to 64.5% by weight of at least one polyolefin and also at least the following constituents: - at least one rubber and - at least one filler and - at least one crosslinker and - at least one crosslinking initiator, wherein the rubber is natural rubber and/or butadiene rubber and/or isoprene rubber and/or styrene-butadiene rubber and/or polychloroprene and/or butyl rubber and/or bromobutyl rubber (BIIR) and/or chlorobutyl rubber (CIIR). - at least one rubber and - at least one filler and - at least one crosslinker and - at least one crosslinking initiator,
A back support for a chair comprising: a chair frame; said back support comprises: a pair of upright support posts adapted to be mounted to said chair frame; a plurality of flexible support arms extending laterally outwardly from said support posts, said support arms each including a peripheral edge, said support arms including a first set of support arms extending in a first lateral direction from said support posts and a second set of support arms extending in a second direction from said support posts; and a cover material extending in tension between said peripheral edges of said first set of support arms and said peripheral edges of said second set of support arms such that at least a central portion of said cover material is spaced from said support arms, wherein a first portion of each of said support arms is curved in a first direction and a second portion of each of said support arms is curved in a different direction to form a recurve portion. a chair frame; said back support comprises: a pair of upright support posts adapted to be mounted to said chair frame; a plurality of flexible support arms extending laterally outwardly from said support posts, said support arms each including a peripheral edge, said support arms including a first set of support arms extending in a first lateral direction from said support posts and a second set of support arms extending in a second direction from said support posts; and a cover material extending in tension between said peripheral edges of said first set of support arms and said peripheral edges of said second set of support arms such that at least a central portion of said cover material is spaced from said support arms, wherein a first portion of each of said support arms is curved in a first direction and a second portion of each of said support arms is curved in a different direction to form a recurve portion.
Security lock, in particular a heavy-duty mortise lock, having a blocking mechanism, a lock bolt interacting with the blocking mechanism, a manually actuatable drive for actuating the lock bolt, and a bolt catch which blocks the movement of the lock bolt in the blocking position, wherein the bolt catch is a pivotably formed lever which can be actuated by an electric drive and, in its blocking position, engages with a blocking lug, which is formed on the lock-bolt side, in a correspondingly formed recess in the lock bolt, wherein a gear mechanism is arranged between the bolt catch and the electric drive, wherein the gear mechanism is a driving and blocking member which is likewise pivotably mounted on the pivotably formed lever of the lock catch at a distance from the stationary pivot axis of said lever, and wherein the driving and blocking member consists of a circular disc which can be pivoted about its centre, wherein the bolt catch can be transferred from an unblocking position into a blocking position, and vice versa, by a pivoting movement of the disc about the centre of the disc and can additionally be blocked in the blocking position against pivoting.
Method for producing a knitted article on a flatbed knitting machine which comprises at least one first needle bed (V, H) in which needles (A - K, a - k) are arranged so that they can be driven out by a knitting system, and at least two autonomously driven yarn guides and a knitting system, wherein the yarn guides and the knitting system can be moved in parallel with the longitudinal direction of the needle bed (V, H), in which method a. stitches of the knitted article are formed by means of the knitting system and at least the first yarn guide, by moving the knitting system in a knitting direction and thereby driving out needles (A - K, a - k) of a first region and a second region that follows in the knitting direction, and inserting yarn (1, 10) into the driven-out needles of the first region, b. then, with the needles of the second region driven out, the first yarn guide is moved so far counter to the knitting direction that the yarn (1, 10) guided thereby can no longer be grasped by needles and c. then a yarn (2, 13) is inserted, by the second yarn guide, into the needles of the second region that are driven out by the knitting system. a. stitches of the knitted article are formed by means of the knitting system and at least the first yarn guide, by moving the knitting system in a knitting direction and thereby driving out needles (A - K, a - k) of a first region and a second region that follows in the knitting direction, and inserting yarn (1, 10) into the driven-out needles of the first region, b. then, with the needles of the second region driven out, the first yarn guide is moved so far counter to the knitting direction that the yarn (1, 10) guided thereby can no longer be grasped by needles and c. then a yarn (2, 13) is inserted, by the second yarn guide, into the needles of the second region that are driven out by the knitting system.
A blade for a meat grinder, the blade comprising: - a central hub provided with a bore for rotationally fixed mounting on a blade journal, - a plurality of knives with cutting edges (16, 17) on both sides, wherein the radially outer ends of the knives are connected to a blade ring, - a collar-like sealing ring between the hub and the inner ends of the blade wings, wherein the sealing ring has the height of the cutting edges (16, 17), characterised in that - the hub has the same height as the adjacent sealing ring or - the hub has a lower height than the adjacent sealing ring. - a central hub provided with a bore for rotationally fixed mounting on a blade journal, - a plurality of knives with cutting edges (16, 17) on both sides, wherein the radially outer ends of the knives are connected to a blade ring, - a collar-like sealing ring between the hub and the inner ends of the blade wings, wherein the sealing ring has the height of the cutting edges (16, 17), characterised in that - the hub has the same height as the adjacent sealing ring or - the hub has a lower height than the adjacent sealing ring.
An inspection device capable of inspecting a subject including parts (T1, T2) having variation in brightness at the same time comprising: 1.1 an illumination unit for illuminating a subject having a bright part and a dark part darker than the bright part; 1.2 a light path dividing unit for dividing light from the subject illuminated by the illumination unit into first light and second light that pass through different light paths; 1.3 a filter for reducing the intensity amount of the first light having passed through the light path dividing unit; 1.4 an imaging device, including 1.4.1 a first imaging unit in which the first light having passed through the filter forms an image (T1'); 1.4.2 a second imaging unit in which the second light having passed through the light path dividing unit forms an image (T2'); 1.5 an image processing unit for combining an image (T1') of the bright part taken by the first imaging unit with an image (T2') of the dark part taken by the second imaging unit into a combined image (T'); 1.6 a display unit for displaying the combined image (T') on a single screen; and 1.7 an inspection unit for inspecting whether a defect (D1', D2') is present in the subject based on information of the combined image (T') by inspecting defects (D1', D2') on the bright part and the dark part of the subject displayed on the single screen in the combined image (T'). 1.1 an illumination unit for illuminating a subject having a bright part and a dark part darker than the bright part; 1.2 a light path dividing unit for dividing light from the subject illuminated by the illumination unit into first light and second light that pass through different light paths; 1.3 a filter for reducing the intensity amount of the first light having passed through the light path dividing unit; 1.4 an imaging device, including 1.4.1 a first imaging unit in which the first light having passed through the filter forms an image (T1'); 1.4.2 a second imaging unit in which the second light having passed through the light path dividing unit forms an image (T2'); 1.5 an image processing unit for combining an image (T1') of the bright part taken by the first imaging unit with an image (T2') of the dark part taken by the second imaging unit into a combined image (T'); 1.6 a display unit for displaying the combined image (T') on a single screen; and 1.7 an inspection unit for inspecting whether a defect (D1', D2') is present in the subject based on information of the combined image (T') by inspecting defects (D1', D2') on the bright part and the dark part of the subject displayed on the single screen in the combined image (T').
A three-wheeled vehicle tire to be mounted on a two-wheel side of a three-wheeled vehicle that is constituted by two front wheels and one rear wheel or one front wheel and two rear wheels and comprises a mechanism for tilting a tire(s) during turning, wherein a radius of curvature (Rc) of a tread surface in a center region is in a range of greater than 55% but 70% or less of a tire maximum width where, on the tread surface at a tire widthwise cross-section of each tire in a load-free state that was assembled with a rim and inflated to a prescribed internal pressure, a region that is centered at the tire equator and comes into contact with the ground during straight running is defined as the center region and regions on each side of the center region are defined as shoulder regions, and the height of the bead fillers is 40% or less of the side height; wherein the side height is the height from a bead baseline to a tire maximum width position; and the height of the bead fillers means the height along the tire radial direction from a tire radial-direction outer end of the respective bead cores in contact with the bead fillers to a tire radial-direction outer end of the respective bead fillers; characterized in that: the thickness of the side wall portions is 4 to 6 mm, wherein the thickness of the side wall portions means the thickness of each side wall portion that is measured in a direction perpendicular to the tire surface at a position of a tire radial-direction midpoint of the side height ± 10% of the side height.