mhurhangee/ep-ind-claims huggingface dataset:
A method of processing transport stream packets transmitted in a digital video broadcast, the method comprising: receiving information assigning an Internet protocol address to a first transport stream packet identifier, comprising: receiving service information identifying a broadcast service including Internet protocol data and carrying at least one announcement message mapping the Internet protocol address to a first broadcast service component; receiving and processing the announcement message on the highest component tag of the broadcast service, and receiving service identification information mapping the first broadcast service component to the first transport stream packet identifier, and; receiving a transport stream packet containing a second transport stream packet identifier; determining whether the second transport stream packet identifier corresponds to the Internet protocol address by comparing the second transport stream packet identifier with the first transport stream packet identifier; and further processing the transport stream packet when the second transport packet identifier corresponds to the Internet protocol address. receiving information assigning an Internet protocol address to a first transport stream packet identifier, comprising: receiving service information identifying a broadcast service including Internet protocol data and carrying at least one announcement message mapping the Internet protocol address to a first broadcast service component; receiving and processing the announcement message on the highest component tag of the broadcast service, and receiving service identification information mapping the first broadcast service component to the first transport stream packet identifier, and; receiving service information identifying a broadcast service including Internet protocol data and carrying at least one announcement message mapping the Internet protocol address to a first broadcast service component; receiving and processing the announcement message on the highest component tag of the broadcast service, and receiving service identification information mapping the first broadcast service component to the first transport stream packet identifier, and; receiving a transport stream packet containing a second transport stream packet identifier; determining whether the second transport stream packet identifier corresponds to the Internet protocol address by comparing the second transport stream packet identifier with the first transport stream packet identifier; and further processing the transport stream packet when the second transport packet identifier corresponds to the Internet protocol address.
Microlithographic projection exposure apparatus having an illumination device and a projection lens, wherein the illumination device has an optical system having an optical axis, wherein the optical system has: • at least one mirror arrangement (200, 300) having a plurality of mirror elements (200a, 200b, 200c, 300a, 300b, 300c), wherein these mirror elements are adjustable independently of one another in order to change an angular distribution of the light reflected by the mirror arrangement; and • a deflection device (210, 310) having a first deflection surface (211, 311) arranged upstream of the mirror arrangement (200, 300) based on the optical beam path and a second deflection surface (212, 312) arranged downstream of the mirror arrangement (200, 300) based on the optical beam path, wherein the optical axis of the optical system is respectively deflected both at the first deflection surface (211, 311) and at the second deflection surface (212, 312); • wherein the second deflection surface (212, 312) has a converging or diverging effect, characterized in that Fourier optics (220, 320) are arranged downstream of the mirror arrangement (200, 300) based on the optical beam path and convert an angular distribution of light impinging on the Fourier optics (220, 320) during operation of the optical system into a spatial distribution in a pupil plane following in the optical beam path, wherein the second deflection surface (212, 312) and the Fourier optics (220, 320) are arranged between the mirror arrangement (200, 300) and the pupil plane based on the optical beam path, and wherein the second deflection surface (212, 312) forms part of these Fourier optics (220, 320). • at least one mirror arrangement (200, 300) having a plurality of mirror elements (200a, 200b, 200c, 300a, 300b, 300c), wherein these mirror elements are adjustable independently of one another in order to change an angular distribution of the light reflected by the mirror arrangement; and • a deflection device (210, 310) having a first deflection surface (211, 311) arranged upstream of the mirror arrangement (200, 300) based on the optical beam path and a second deflection surface (212, 312) arranged downstream of the mirror arrangement (200, 300) based on the optical beam path, wherein the optical axis of the optical system is respectively deflected both at the first deflection surface (211, 311) and at the second deflection surface (212, 312); • wherein the second deflection surface (212, 312) has a converging or diverging effect, characterized in that
An apparatus (500, 800) for punching and extracting analytes from a dried biological fluid spot, the apparatus (500, 800) comprising: a tube (100, 600) comprising a proximal tube end and a distal tube end, whereby the distal tube end comprises a sharp edge, characterized in that, the proximal tube end circumscribes a proximal tube opening; the distal tube end circumscribes a distal tube opening having an inside diameter less than an inside diameter of the proximal tube opening, the tube (100, 600) comprises a distal section, the distal section comprising a distal tube wall having a tapered inside diameter that reduces in a direction from the proximal tube end to the distal tube end such that the inside diameter of the distal section tapers in the axial direction toward the distal tube end, whereby the distal tube opening is the minimum inside diameter of the distal section; and a sorbent bed disposed at an axial distance from the distal tube opening, the sorbent bed having a composition configured for solid phase extraction; and whereby the distal section is composed of an inert organic polymer having a Rockwell hardness of 89 or greater, wherein the distal tube wall comprising a first section and a second section adjoining the first section and extending to the distal tube end, the first section having a first section thickness and the second section having a second section thickness tapering from the first section thickness to a thickness of the distal tube end less than the first section thickness, wherein the first section thickness is 0.5 mm or greater and the second section thickness is less than 0.5 mm at the distal tube end. a tube (100, 600) comprising a proximal tube end and a distal tube end, whereby the distal tube end comprises a sharp edge, characterized in that, the proximal tube end circumscribes a proximal tube opening; the distal tube end circumscribes a distal tube opening having an inside diameter less than an inside diameter of the proximal tube opening, the tube (100, 600) comprises a distal section, the distal section comprising a distal tube wall having a tapered inside diameter that reduces in a direction from the proximal tube end to the distal tube end such that the inside diameter of the distal section tapers in the axial direction toward the distal tube end, whereby the distal tube opening is the minimum inside diameter of the distal section; and
A turbine disc having a radius and a circumference, said turbine disc comprising: a central aperture; and a plurality of cooling channels (316, 414) circumferentially spaced about said central aperture such that said cooling channels (316, 414) are in flow communication with said central aperture, wherein each of said cooling channels (316, 414) has a radially inner end, a radially outer end, and a lengthwise axis that is curved between said radially inner end and said radially outer end, characterized in that said turbine disc is a spacer disc (206, 210, 214, 304, 400), wherein said lengthwise axis is oriented substantially tangential to said central aperture at said radially inner end. a central aperture; and a plurality of cooling channels (316, 414) circumferentially spaced about said central aperture such that said cooling channels (316, 414) are in flow communication with said central aperture, wherein each of said cooling channels (316, 414) has a radially inner end, a radially outer end, and a lengthwise axis that is curved between said radially inner end and said radially outer end,
A system for delivering corneal implants, said system comprising: a hollow member having a proximal end and a distal end configured for insertion into a pocket within a cornea and having an axial hollow passage which tapers in the distal direction; and an axial pusher disposed in the hollow axial passage of the hollow member and configured to engage and axially advance a constrained corneal implant through the hollow passage, wherein the axial hollow passage includes inwardly oriented arcuate surface configured to evert the edges of the corneal implant radially inwardly as the insert is axially advanced through the passage, wherein the axial pusher includes a flexible carrier for the implant and wherein the carrier has edges which are configured to be everted together with the edges of the corneal implant.
A method for manufacturing at least a portion of a rotor blade of a wind turbine, the method comprising: forming a rotor blade structure having a first surface and an opposing, second surface, the first and second surfaces (58, 60) being substantially flat; printing, via a computer numeric control device, at least one of a leading edge segment of the rotor blade or a trailing edge segment of the rotor blade onto one of the first or second surface s, wherein the printed segment bonds to the first or second surface as segment is being deposited; and, securing the other of the leading edge segment or the trailing edge segment to the rotor blade structure. forming a rotor blade structure having a first surface and an opposing, second surface, the first and second surfaces (58, 60) being substantially flat; printing, via a computer numeric control device, at least one of a leading edge segment of the rotor blade or a trailing edge segment of the rotor blade onto one of the first or second surface s, wherein the printed segment bonds to the first or second surface as segment is being deposited; and, securing the other of the leading edge segment or the trailing edge segment to the rotor blade structure.
A gas turbine engine stator assembly having an axis and a pair of radially offset first and second components (57, 62), said components (57, 62) being sealed to each other by a seal comprising: an axially resilient seal carrier fixed to said first component, said seal carrier being fixed to said first component at a radially outer portion of said seal carrier, said seal carrier extending from said first component toward said second component and terminating at a radially inner portion of said seal carrier proximal to said second component, said radially inner portion of said seal carrier comprising a pair of radially spaced radially resilient jaws adapted to receive a sealing element therebetween in clamped, compressive engagement with said jaws, said sealing element being in sealing contact with said second component, said seal carrier being axially resilient to accommodate differential axial expansion and contraction and relative or differential axial movement of said first and second components (57, 62). an axially resilient seal carrier fixed to said first component, said seal carrier being fixed to said first component at a radially outer portion of said seal carrier, said seal carrier extending from said first component toward said second component and terminating at a radially inner portion of said seal carrier proximal to said second component, said radially inner portion of said seal carrier comprising a pair of radially spaced radially resilient jaws adapted to receive a sealing element therebetween in clamped, compressive engagement with said jaws, said sealing element being in sealing contact with said second component, said seal carrier being axially resilient to accommodate differential axial expansion and contraction and relative or differential axial movement of said first and second components (57, 62).
An apparatus for releasing a gas into a liquid housed in a container, the apparatus comprising: a. a gas assembly including a source of compressed gas; b. a float (5, 105, 205) in fluid communication with the source of compressed gas; and c. a gas release membrane in fluid communication with the source of compressed gas and the float (5, 105, 205), the gas release membrane being adapted to release gas into the liquid, the gas release membrane extending or partially extending between the gas assembly and the float (5, 105, 205); wherein the float (5, 105, 205) has variable buoyancy that causes the float (5, 105, 205) and the gas release membrane to ascend and descend depending on the buoyancy of the float (5, 105, 205), the buoyancy of the float (5, 105, 205) being reduced as the gas is released into the liquid. a. a gas assembly including a source of compressed gas; b. a float (5, 105, 205) in fluid communication with the source of compressed gas; and c. a gas release membrane in fluid communication with the source of compressed gas and the float (5, 105, 205), the gas release membrane being adapted to release gas into the liquid, the gas release membrane extending or partially extending between the gas assembly and the float (5, 105, 205);
A corn head having a frame that extends laterally; a trough that extends laterally, fixed to the frame; a rear wall that extends laterally; an auger extending laterally and having at least one flight, said auger being mounted for rotation on the frame and having a laterally extending rotational axis, the corn head comprising corn picking units, characterized in that the header comprises a first stripper that extends laterally and generally parallel to the rotational axis of the auger and a second stripper that extends laterally, that the first stripper is fixed to the rear wall, that the second stripper is fixed to the rear wall below the first stripper, that the second stripper has an adjustable width measured in a fore-and-aft direction, and that the first stripper and the second stripper are mounted at a downwardly and forwardly descending angle (α).
A T cell activating bispecific antigen binding molecule comprising a first and a second antigen binding moiety, wherein the first antigen binding moiety comprises a first light chain and wherein the first antigen binding moiety is capable of specific binding to an activating T cell antigen, wherein the activating T cell antigen is CD3, wherein the second antigen binding moiety comprises a second light chain and wherein the second antigen binding moiety is capable of specific binding to a target cell antigen, wherein the target cell antigen is Folate Receptor 1 (FolRl), wherein the amino acid sequence of the first and the second light chain is identical, wherein the first and the second light chain comprises the light chain CDRs of SEQ ID NO: 32, SEQ ID NO: 33 and SEQ ID NO: 34, wherein the first antigen binding moiety is a Fab and the second antigen binding moiety is a Fab.
A method, comprising: dividing a time frequency frame into a plurality of slots associated with one or more symbols, the frame having a plurality of radio-frequency, RF, channels, each RF channel comprising a plurality of symbols, wherein a number of slots in the plurality of RF channels is allocated to a service so that the slots allocated to the service on the plurality of RF channels do not overlap with each other in time but are shifted in accordance with the time frequency frame length divided by the number of RF channels; determining a maximum slot length by the shift minus a maximum tuning time of a receiver; and scheduling service data of a service group in symbols such that all service data symbols of the service group are within the maximum slot length of symbols from at least one common service part of the service group. dividing a time frequency frame into a plurality of slots associated with one or more symbols, the frame having a plurality of radio-frequency, RF, channels, each RF channel comprising a plurality of symbols, wherein a number of slots in the plurality of RF channels is allocated to a service so that the slots allocated to the service on the plurality of RF channels do not overlap with each other in time but are shifted in accordance with the time frequency frame length divided by the number of RF channels; determining a maximum slot length by the shift minus a maximum tuning time of a receiver; and scheduling service data of a service group in symbols such that all service data symbols of the service group are within the maximum slot length of symbols from at least one common service part of the service group.
Cosmetic method for treating human perspiration and, optionally, human body odours, consisting in applying, to the surface of the skin, an effective amount of particles of an expanded amorphous mineral material comprising at least two elements chosen from silicon, aluminium and magnesium or a composition containing said particles in a cosmetically acceptable carrier, wherein said particles of expanded amorphous mineral material are perlite particles.
Cosmetic composition comprising a Salvia Haenkei extract and one or more cosmetically acceptable carriers for topical administration, wherein said composition is in the form of oil, emulsion, cream, spray, ointment, gel, serum.
Cosmetic treatment method comprising: - applying an adhesive composition to human keratin materials, especially the skin, - bringing fibres borne by an applicator into contact with said adhesive composition present on said keratin materials, - characterized by moving the applicator away from the keratin materials, in particular skin, so as to release fibres which adhere to said keratin materials, the holding force for holding the fibres on the applicator being lower than the adhesive force for adhesion of the fibres to the adhesive composition present on said keratin materials. - applying an adhesive composition to human keratin materials, especially the skin, - bringing fibres borne by an applicator into contact with said adhesive composition present on said keratin materials, - characterized by moving the applicator away from the keratin materials, in particular skin, so as to release fibres which adhere to said keratin materials, the holding force for holding the fibres on the applicator being lower than the adhesive force for adhesion of the fibres to the adhesive composition present on said keratin materials.
An integrated circuit, comprising: a semiconductor die having active circuit components fabricated in a first surface thereof, an inductor layer provided over the first surface of the semiconductor die, comprising an inductor with a magnetic core, a winding of the inductor provided around the magnetic core and the core being arranged generally parallel to the first surface of the semiconductor die to conduct flux through the magnetic core in a direction generally parallel to the first surface of the semiconductor die, and a flux conductor provided on a second surface of the semiconductor die opposite to the first surface. a semiconductor die having active circuit components fabricated in a first surface thereof, an inductor layer provided over the first surface of the semiconductor die, comprising an inductor with a magnetic core, a winding of the inductor provided around the magnetic core and the core being arranged generally parallel to the first surface of the semiconductor die to conduct flux through the magnetic core in a direction generally parallel to the first surface of the semiconductor die, and a flux conductor provided on a second surface of the semiconductor die opposite to the first surface.
A data processing method, comprising: determining a code block quantity C of a transport block and a code block group quantity K of the transport block, C and K are both positive integers; and determining, based on the code block quantity C of the transport block and the code block group quantity K of the transport block, code blocks comprised in a code block group in K code block groups of the transport block, wherein quantities of code blocks comprised in any two of the K code block groups are equal or have a difference of 1; characterized in that each of first K 1 code block groups in the K code block groups of the transport bloc comprises ⌈ C K ⌉ code blocks in C code blocks of the transport block, and each of last K 2 cod block groups comprises ⌊ C K ⌋ code blocks in the C code blocks, wherein K 1 and K 2 satisfy that K 1 +K 2 =K, and K 2 satisfies that K 2 = K × ⌈ C K ⌉ − C; wherein a code block group K' in the first K 1 code block groups comprises the K ′ × ⌈ C K ⌉ th code block to the K ′ + 1 × ⌈ C K ⌉ − 1 th code block in the C code blocks, wherein 0 ≤ K' < K 1. determining a code block quantity C of a transport block and a code block group quantity K of the transport block, C and K are both positive integers; and determining, based on the code block quantity C of the transport block and the code block group quantity K of the transport block, code blocks comprised in a code block group in K code block groups of the transport block, wherein quantities of code blocks comprised in any two of the K code block groups are equal or have a difference of 1; characterized in that each of first K 1 code block groups in the K code block groups of the transport bloc comprises ⌈ C K ⌉ code blocks in C code blocks of the transport block, and each of last K 2 cod block groups comprises ⌊ C K ⌋ code blocks in the C code blocks, wherein K 1 and K 2 satisfy that K 1 +K 2 =K, and K 2 satisfies that K 2 = K × ⌈ C K ⌉ − C; wherein a code block group K' in the first K 1 code block groups comprises the K ′ × ⌈ C K ⌉ th code block to the K ′ + 1 × ⌈ C K ⌉ − 1 th code block in the C code blocks, wherein 0 ≤ K' < K 1.
A cloth treating apparatus comprising: a cabinet having a space for housing cloth; a water supply unit for supplying steam to the space, selectively; and a water spray unit movably provided to one side of the cabinet to be connected to the water supply unit selectively for supplying the steam from the water supply unit to the cloth; characterized in that the water spray unit comprises a housing movably provided to one side of the space to have an opened upper side, a coupling unit provided to the housing for selective connection to the water supply unit according to movement and action of the housing, and a water supply gun connected to the coupling unit with a water supply hose of a predetermined length for supplying the steam toward the cloth. a cabinet having a space for housing cloth; a water supply unit for supplying steam to the space, selectively; and a water spray unit movably provided to one side of the cabinet to be connected to the water supply unit selectively for supplying the steam from the water supply unit to the cloth; characterized in that the water spray unit comprises a housing movably provided to one side of the space to have an opened upper side, a coupling unit provided to the housing for selective connection to the water supply unit according to movement and action of the housing, and a water supply gun connected to the coupling unit with a water supply hose of a predetermined length for supplying the steam toward the cloth.
A submarine structure including a thick inner shell and a thin outer shell, with sonar receiving antenna means being placed on the sides of said structure, characterized in that the sonar receiving antenna means comprise receiver means secured to the outer surface of the thin shell and sound baffle means secured to the inner surface of the thin shell facing the receiver means.