mhurhangee/ep-ind-claims huggingface dataset:
A method, comprising: actuating a set of one or more near offset seismic sources (520; 940; 1220, 1240) in a marine seismic survey system according to a first shot point interval, wherein the set of one or more near offset seismic sources comprises all near offset seismic sources in the survey system, and wherein the first shot point interval is a near offset shot point interval measured in distance or time between actuations of any member of the set of one or more near offset seismic sources; actuating a set of one or more far offset seismic sources (540; 960; 1260) according to a second shot point interval, wherein the set of one or more far offset seismic sources comprises all far offset seismic sources in the survey system, and wherein the second shot point interval is a far offset shot point interval measured in distance or time between actuations of any member of the set of one or more far offset seismic sources, wherein the second shot point interval is longer in distance or time than the first shot point interval, and wherein all members of the set of one or more far offset seismic sources (540; 960; 1260) are located a greater distance from a plurality of seismic streamers (550; 970; 1270, 1280) than any member of the set of one or more near offset seismic sources (520; 940; 1220, 1240); and collecting, via the plurality of seismic streamers (550; 970; 1270, 1280), seismic data responsive to actuation of the one or more near offset seismic sources (520; 940; 1220, 1240) and the one or more far offset seismic sources (540; 960; 1260). actuating a set of one or more near offset seismic sources (520; 940; 1220, 1240) in a marine seismic survey system according to a first shot point interval, wherein the set of one or more near offset seismic sources comprises all near offset seismic sources in the survey system, and wherein the first shot point interval is a near offset shot point interval measured in distance or time between actuations of any member of the set of one or more near offset seismic sources; actuating a set of one or more far offset seismic sources (540; 960; 1260) according to a second shot point interval, wherein the set of one or more far offset seismic sources comprises all far offset seismic sources in the survey system, and wherein the second shot point interval is a far offset shot point interval measured in distance or time between actuations of any member of the set of one or more far offset seismic sources, wherein the second shot point interval is longer in distance or time than the first shot point interval, and wherein all members of the set of one or more far offset seismic sources (540; 960; 1260) are located a greater distance from a plurality of seismic streamers (550; 970; 1270, 1280) than any member of the set of one or more near offset seismic sources (520; 940; 1220, 1240); and collecting, via the plurality of seismic streamers (550; 970; 1270, 1280), seismic data responsive to actuation of the one or more near offset seismic sources (520; 940; 1220, 1240) and the one or more far offset seismic sources (540; 960; 1260).
A comminution device consisting of a tooth body which can be secured to a comminution roller or the like and at least one knife, wherein the knife can be arranged in a form-fitting manner on the tooth body, wherein a knife receptacle is provided on the tooth body, and wherein the knife receptacle is configured as a recess and, viewed from the side, has a J shape, characterised in that the recess is wedge-like or conical, preferably extending outwards, such that recess surfaces (4/1, 4/2) are formed.
An injection device comprising: a. a housing having a longitudinal axis; b. a dose selector capable of being rotated about said longitudinal axis with respect to said housing by a user to set a dose of medicament to be ejected from the injection device; c. a spring capable of storing energy necessary for ejecting the dose from the injection device, wherein the spring is coupled to the dose selector such that a charging force can be transferred from the dose selector to the spring to increase the energy stored by the spring; and d. a ratchet arrangement rotationally coupling a ratchet component and an internal surface of the housing; characterised in that said ratchet component comprises one or more radially-flexible ratchet arms couplable with said internal surface of the housing, wherein the injection device further comprises e. an over-torque feature arranged between the dose selector and the spring, the over-torque feature being actuable, when the rotation of the dose selector causes the charging force to exceed a defined limit, to reduce the charging force transferred from the dose selector to the spring, and wherein the ratchet component and the over-torque feature are both provided on a single component. a. a housing having a longitudinal axis; b. a dose selector capable of being rotated about said longitudinal axis with respect to said housing by a user to set a dose of medicament to be ejected from the injection device; c. a spring capable of storing energy necessary for ejecting the dose from the injection device, wherein the spring is coupled to the dose selector such that a charging force can be transferred from the dose selector to the spring to increase the energy stored by the spring; and d. a ratchet arrangement rotationally coupling a ratchet component and an internal surface of the housing; characterised in that said ratchet component comprises one or more radially-flexible ratchet arms couplable with said internal surface of the housing, wherein the injection device further comprises e. an over-torque feature arranged between the dose selector and the spring, the over-torque feature being actuable, when the rotation of the dose selector causes the charging force to exceed a defined limit, to reduce the charging force transferred from the dose selector to the spring,
An apparatus for use within a vapor-liquid contacting column comprising: a. a tray support (310, 404, 409); b. a vapor-liquid contacting tray (308, 408) situated above said tray support, wherein said vapor-liquid contacting tray comprises a plurality of perforations (314, 318, 414), and is the most proximate vapor-liquid contacting tray above said tray support; and c. a spacing element (316, 320, 322, 324, 326, 420) situated between said vapor-liquid contacting tray and said tray support, wherein said spacing element is situated such that a portion of the perforations directly above said tray support are active perforations; wherein a surface area of said spacing element in contact with said vapor-liquid contacting tray is less than an upper surface area of said tray support. a. a tray support (310, 404, 409); b. a vapor-liquid contacting tray (308, 408) situated above said tray support, wherein said vapor-liquid contacting tray comprises a plurality of perforations (314, 318, 414), and is the most proximate vapor-liquid contacting tray above said tray support; and c. a spacing element (316, 320, 322, 324, 326, 420) situated between said vapor-liquid contacting tray and said tray support, wherein said spacing element is situated such that a portion of the perforations directly above said tray support are active perforations;
(Currently amended) A timepiece comprising: a dial comprising a sun mark for displaying a state of the sun; and a rotary member that covers the dial and rotates in a 24-hour period, the rotary member comprising a sun state indicator that changes the visibility of the sun mark in accordance with the rotational position of the rotary member, wherein one of the dial and the rotary member comprises a plurality of indexes for indicating time, and the other of the dial and the rotary member comprises a time indicator that indicates one of the indexes in accordance with the rotational position of the rotary member, and wherein the time indicator and the sun state indicator are disposed relative to each other in a positional relationship such that the visibility of the sun mark by the sun state indicator corresponds to the state of the sun at time corresponding to one of the indexes indicated by the time indicator. a dial comprising a sun mark for displaying a state of the sun; and a rotary member that covers the dial and rotates in a 24-hour period, the rotary member comprising a sun state indicator that changes the visibility of the sun mark in accordance with the rotational position of the rotary member, wherein one of the dial and the rotary member comprises a plurality of indexes for indicating time, and the other of the dial and the rotary member comprises a time indicator that indicates one of the indexes in accordance with the rotational position of the rotary member, and wherein the time indicator and the sun state indicator are disposed relative to each other in a positional relationship such that the visibility of the sun mark by the sun state indicator corresponds to the state of the sun at time corresponding to one of the indexes indicated by the time indicator.
A diffraction light guide plate, comprising: a first diffraction substrate; and a second diffraction substrate provided on the first diffraction substrate, wherein the first diffraction substrate includes a first diffraction grating layer on one surface of the first diffraction substrate and a second diffraction grating layer on an opposite surface of the first diffraction substrate, wherein the second diffraction substrate includes a third diffraction grating layer on one surface of the second diffraction substrate and a stress compensation layer on an opposite surface of the second diffraction substrate, wherein the first diffraction grating layer separates light having a wavelength of 550 nm or more and 700 nm or less, wherein the second diffraction grating layer separates light having a wavelength of 400 nm or more and 550 nm or less, wherein the third diffraction grating layer separates light having a wavelength of 450 nm or more and 650 nm or less, and wherein the stress compensation layer has stress in a same direction as a direction of stress of the third diffraction grating layer. a first diffraction substrate; and a second diffraction substrate provided on the first diffraction substrate, wherein the first diffraction substrate includes a first diffraction grating layer on one surface of the first diffraction substrate and a second diffraction grating layer on an opposite surface of the first diffraction substrate, wherein the second diffraction substrate includes a third diffraction grating layer on one surface of the second diffraction substrate and a stress compensation layer on an opposite surface of the second diffraction substrate, wherein the first diffraction grating layer separates light having a wavelength of 550 nm or more and 700 nm or less, wherein the second diffraction grating layer separates light having a wavelength of 400 nm or more and 550 nm or less, wherein the third diffraction grating layer separates light having a wavelength of 450 nm or more and 650 nm or less, and wherein the stress compensation layer has stress in a same direction as a direction of stress of the third diffraction grating layer.
Method of error correction coding in a channel with quasi-periodic fade, said method coding a block of K information symbols in a block of N coded symbols intended to be transmitted on said channel, said quasi-periodic fade resulting in an erasure of at the most m consecutive coded symbols of said block, said method using a code ( N, K) defined by a parity check matrix, H, of size ( N - K)× N, and being characterised in that the size N of the code satisfies N = n m and N < ρ T where n is an integer greater than or equal to 2, p is the transmission rate of the coded symbols and T being the period between consecutive fades of the channel, said parity check matrix being obtained by vertical concatenation of an upper matrix H U and of a lower matrix, H L, said upper matrix H U = T m 1 | T m 2... | T m n ̅, being obtained by horizontal concatenation of n triangular matrices T m n, n =1,..., n where the matrices T m n, of size m × m, are all upper triangular or instead all lower triangular, and have non-zero diagonal elements, said lower matrix being constituted of the concatenation of a first sparse elementary matrix, H L 1,, of size l × K, of a second elementary matrix, H L 2, triangular, of size l × l, of a third sparse elementary matrix, H L 3, of size l×( m - l), and of a fourth elementary matrix, H L 4, triangular, of size l × l and of zero diagonal, the matrices H L 2 and H L 4 being of same nature, lower or upper, as the triangular matrices T m n, n = 1,..., n, the parity check matrix being defined to within one permutation of its lines, and the order of the columns of the parity check matrix corresponding to the order of transmission of the coded symbols on said channel.
A connection arrangement for forming a walkable connection between two articulately connected vehicle parts (10, 11) of an articulated vehicle, in particular a rail vehicle, wherein a first turntable with a first circular arc section is provided and disposed in an immovable manner on a first vehicle part and characterized in that a second turntable is provided, which is disposed in a movable manner between the first circular arc section of the first turntable and the second vehicle part, wherein the second turntable comprises an inner contour section in which the first circular arc section is placed, so that the second turntable can be guided around the circular arc section of the first turntable.
An ophthalmic lens comprising a substrate and a hydrophilic polymer layer and satisfying the following conditions: that said hydrophilic polymer layer is provided on at least a part of said substrate; that said hydrophilic polymer layer contains: a hydrophilic polymer having an acidic group; and a compound having an acidic group and a ring structure, wherein the compound having an acidic group and a ring structure is a compound selected from dipotassium glycyrrhizinate, dipotassium glycyrrhizinate hydrate, pyridoxine hydrochloride, L-histidine, phenol, catechol, resorcinol, sodium benzoate, disodium phthalate, and disodium terephthalate; and that a time during which a liquid film is retained on the surface of said ophthalmic lens (a liquid film retention time) is 10 seconds or more after said ophthalmic lens is stationarily immersed in a phosphate buffer solution, pulled up from said phosphate buffer solution, and retained in the air. that said hydrophilic polymer layer is provided on at least a part of said substrate; that said hydrophilic polymer layer contains: a hydrophilic polymer having an acidic group; and a compound having an acidic group and a ring structure, wherein the compound having an acidic group and a ring structure is a compound selected from dipotassium glycyrrhizinate, dipotassium glycyrrhizinate hydrate, pyridoxine hydrochloride, L-histidine, phenol, catechol, resorcinol, sodium benzoate, disodium phthalate, and disodium terephthalate; and that a time during which a liquid film is retained on the surface of said ophthalmic lens (a liquid film retention time) is 10 seconds or more after said ophthalmic lens is stationarily immersed in a phosphate buffer solution, pulled up from said phosphate buffer solution, and retained in the air.
A lift for transferring a user to and from a vehicle, comprising: a lift platform for receiving the user; and a pair of lifting assemblies (14, 14') configured to arcuately move the lift platform between a first position and a second position, the lifting assemblies (14, 14') each having a first arm (19, 19') coupled to the lift platform and a pair of parallel arms (17, 18, 17', 18') pivotally connected to the first arm (19, 19'), wherein one of the parallel arms (17, 17') has a U-shaped cross-section; and wherein the first arm (19, 19') has a profile that is progressively convex along its entire length and a generally U-shaped cross-section that forms a channel configured to receive at least a portion of the pair of parallel arms (17, 18, 17', 18'); characterised in that the other of the parallel arms (18, 18') has a rectangular-shaped cross-section that is defined by top and bottom parallel surfaces connected by first and second parallel side surfaces. a lift platform for receiving the user; and a pair of lifting assemblies (14, 14') configured to arcuately move the lift platform between a first position and a second position, the lifting assemblies (14, 14') each having a first arm (19, 19') coupled to the lift platform and a pair of parallel arms (17, 18, 17', 18') pivotally connected to the first arm (19, 19'), wherein one of the parallel arms (17, 17') has a U-shaped cross-section; and wherein the first arm (19, 19') has a profile that is progressively convex along its entire length and a generally U-shaped cross-section that forms a channel configured to receive at least a portion of the pair of parallel arms (17, 18, 17', 18'); characterised in that the other of the parallel arms (18, 18') has a rectangular-shaped cross-section that is defined by top and bottom parallel surfaces connected by first and second parallel side surfaces.
A camshaft assembly comprising an inner shaft, an outer tube surrounding and rotatable relative to the inner shaft, and two groups of cam lobes mounted on the outer tube, the first group of cam lobes being fast in rotation with the outer tube, the second group being rotatably mounted on the outer surface of the outer tube and connected for rotation with the inner shaft and a timing wheel (18,28,38,48) connected for rotation with the inner shaft to provide position information to a sensor, characterised in that the timing wheel (18,28,38,48) is formed as separate part that is assembled to one of the cam lobes in the second group.
A process for making inorganic, metal oxide spheres, the process comprising: (a) filling a plurality of micromold cavities with a glass precursor composition; (b) solidifying the glass precursor composition to form molded microparticles; (c) demolding the solidified, molded microparticles comprising a glass precursor composition from the plurality of mold cavities; (d)exposing the solidified, molded microparticles, after demolding, to a temperature sufficient to transform the molded microparticles into molten droplets by passing the molded microparticles through a flame and through a distance; (e) quenching the molten droplets to form hardened inorganic, metal oxide spheres; and (f) collecting the hardened inorganic, metal oxide spheres. (a) filling a plurality of micromold cavities with a glass precursor composition; (b) solidifying the glass precursor composition to form molded microparticles; (c) demolding the solidified, molded microparticles comprising a glass precursor composition from the plurality of mold cavities; (d)exposing the solidified, molded microparticles, after demolding, to a temperature sufficient to transform the molded microparticles into molten droplets by passing the molded microparticles through a flame and through a distance; (e) quenching the molten droplets to form hardened inorganic, metal oxide spheres; and (f) collecting the hardened inorganic, metal oxide spheres.
A method for wireless communication, the method comprising: determining, by a base station, a plurality of control resource sets (420, 430, 440, 450), Coresets, (420, 430, 440, 450) which have a Coreset length that is less than a slot; grouping, by the base station, the plurality of Coresets (420, 430, 440, 450) into one or more Coreset groups, each of the one or more Coreset groups comprising a primary Coreset and zero or more secondary Coresets; configuring, by the base station, a user equipment, UE, to monitor one or more Coresets (420, 430, 440, 450) for at least one of the one or more Coreset groups for control information; and configuring, by the base station, the control information to comprise downlink control information, DCI, that indicates a Coreset resource reuse configuration which indicates whether unused symbols within a Coreset (420, 430, 440, 450) having a length of several symbols are reusable. determining, by a base station, a plurality of control resource sets (420, 430, 440, 450), Coresets, (420, 430, 440, 450) which have a Coreset length that is less than a slot; grouping, by the base station, the plurality of Coresets (420, 430, 440, 450) into one or more Coreset groups, each of the one or more Coreset groups comprising a primary Coreset and zero or more secondary Coresets; configuring, by the base station, a user equipment, UE, to monitor one or more Coresets (420, 430, 440, 450) for at least one of the one or more Coreset groups for control information; and configuring, by the base station, the control information to comprise downlink control information, DCI, that indicates a Coreset resource reuse configuration which indicates whether unused symbols within a Coreset (420, 430, 440, 450) having a length of several symbols are reusable.
Implant more particularly intended for the treatment of male or female urinary incontinence, consisting of a band produced in a unitary knit having a variable width along its main dimension, and endowed - at one of its ends, at least - with a securing strap (11, 22-26) extending directly from its main structure, with the knit being procured using warp knit technology on a chain or RACHEL loom, using carbine or automatic needles, with the said needles not being supplied with one or more threads during at least one row, without interrupting the knit formation mechanism.
Cabin attendant seat having: - a carrier element which comprises a backrest section and a base section that carries said backrest section; and - a seat element fastened to said carrier element, characterised in that at least one first stowage compartment (20a, 20b) is integrated into the carrier element, a section of a rear wall of the carrier element being inclined, at least along a section of the first stowage compartment (20a, 20b) integrated into said carrier element, in such a way that a cross-sectional area of said carrier element increases in the direction of the base section of said carrier element, wherein the shape of the inclined section of the rear wall of the carrier element, in use, is adapted to the shape of a rear side of a backrest of a passenger seat. - a carrier element which comprises a backrest section and a base section that carries said backrest section; and - a seat element fastened to said carrier element,
A root canal treatment device, comprising a contra-angle hand-piece and a root canal file detachably connected to the contra-angle hand-piece; and further comprising a drive module in transmission connection with the root canal file, wherein the drive module comprises a rotation driver and a vibration generator, the rotation driver is configured to drive the root canal file to rotate axially, and the vibration generator is configured to drive the root canal file to vibrate radially; wherein, the canal treatment device further comprising a handle connected to the contra-angle hand-piece, wherein the rotation driver is provided in the handle and the rotation driver drives the root canal file to rotate through the contra-angle hand-piece, characterized in that, the vibration generator is provided on the handle, and a vibration end of the vibration generator acts on the root canal file. a contra-angle hand-piece and a root canal file detachably connected to the contra-angle hand-piece; and further comprising a drive module in transmission connection with the root canal file, wherein the drive module comprises a rotation driver and a vibration generator, the rotation driver is configured to drive the root canal file to rotate axially, and the vibration generator is configured to drive the root canal file to vibrate radially; wherein, the canal treatment device further comprising a handle connected to the contra-angle hand-piece, wherein the rotation driver is provided in the handle and the rotation driver drives the root canal file to rotate through the contra-angle hand-piece, characterized in that, the vibration generator is provided on the handle, and a vibration end of the vibration generator acts on the root canal file.