mhurhangee/patent-ind-claim-en huggingface dataset:
Projection exposure method for exposing a substrate arranged in the region of an image plane of a projection lens with at least one image of a pattern of a mask arranged in the region of an object plane of the projection lens, including the following steps: coating the substrate (SUB) with a radiation-sensitive multilayer system (MS), which comprises a first photoresist layer (FLS1) composed of a first photoresist material and, between the first photoresist layer and the substrate, a separately applied second photoresist layer (FLS2) composed of a second photoresist material, wherein the first photoresist material has a relatively high first sensitivity in a first wavelength range and has a second sensitivity that is lower in relation to the first sensitivity in a second wavelength range, which is separate from the first wavelength range, and the second photoresist material has an exposure-appropriate second sensitivity in the second wavelength range; exposing the substrate coated with the radiation-sensitive multilayer system (MS) with the image of the pattern using radiation from a radiation source (RS) with a working wavelength range comprising the first wavelength range and the second wavelength range; wherein a projection lens (PO) is used, which is corrected for the first wavelength range and the second wavelength range such that a first focus region (FOCI) associated with the first wavelength range is offset with respect to a second focus region (FOC2) associated with the second wavelength range by a focus distance (ΔFOC), wherein the first focus region (FOCI) lies within the first photoresist layer (FLS1) and the second focus region (FOC2) lies within the second photoresist layer (FLS2). coating the substrate (SUB) with a radiation-sensitive multilayer system (MS), which comprises a first photoresist layer (FLS1) composed of a first photoresist material and, between the first photoresist layer and the substrate, a separately applied second photoresist layer (FLS2) composed of a second photoresist material, wherein the first photoresist material has a relatively high first sensitivity in a first wavelength range and has a second sensitivity that is lower in relation to the first sensitivity in a second wavelength range, which is separate from the first wavelength range, and the second photoresist material has an exposure-appropriate second sensitivity in the second wavelength range; exposing the substrate coated with the radiation-sensitive multilayer system (MS) with the image of the pattern using radiation from a radiation source (RS) with a working wavelength range comprising the first wavelength range and the second wavelength range; wherein a projection lens (PO) is used, which is corrected for the first wavelength range and the second wavelength range such that a first focus region (FOCI) associated with the first wavelength range is offset with respect to a second focus region (FOC2) associated with the second wavelength range by a focus distance (ΔFOC), wherein the first focus region (FOCI) lies within the first photoresist layer (FLS1) and the second focus region (FOC2) lies within the second photoresist layer (FLS2).
A semiconductor package comprising: a lower redistribution line structure comprising a plurality of lower insulating layers and a plurality of lower redistribution line patterns respectively on at least one of top surfaces and bottom surfaces of the plurality of lower insulating layers ; a plurality of first connection pillars on at least portions of the plurality of lower redistribution line patterns , respectively; an interposer apart from the plurality of first connection pillars on the lower redistribution line structure and comprising an interposer substrate , a plurality of connection wiring patterns on a top surface of the interposer substrate , and a plurality of second connection pillars on at least portions of the plurality of connection wiring patterns , respectively; an upper redistribution line structure comprising at least one upper insulating layer and a plurality of upper redistribution line patterns on a top surface or a bottom surface of the at least one upper insulating layer and connected to the plurality of first connection pillars and the plurality of second connection pillars , respectively; and at least two semiconductor chips on the upper redistribution line structure , electrically connected to the plurality of upper redistribution line patterns , and apart from each other, and characterized in that a lowermost portion of the plurality of first connection pillars is at a level lower than a bottom surface of the interposer . a lower redistribution line structure comprising a plurality of lower insulating layers and a plurality of lower redistribution line patterns respectively on at least one of top surfaces and bottom surfaces of the plurality of lower insulating layers ; a plurality of first connection pillars on at least portions of the plurality of lower redistribution line patterns , respectively; an interposer apart from the plurality of first connection pillars on the lower redistribution line structure and comprising an interposer substrate , a plurality of connection wiring patterns on a top surface of the interposer substrate , and a plurality of second connection pillars on at least portions of the plurality of connection wiring patterns , respectively; an upper redistribution line structure comprising at least one upper insulating layer and a plurality of upper redistribution line patterns on a top surface or a bottom surface of the at least one upper insulating layer and connected to the plurality of first connection pillars and the plurality of second connection pillars , respectively; and at least two semiconductor chips on the upper redistribution line structure , electrically connected to the plurality of upper redistribution line patterns , and apart from each other, and characterized in that a lowermost portion of the plurality of first connection pillars is at a level lower than a bottom surface of the interposer .
An information processing method, wherein the method is applied to a terminal device and comprises: • grouping DL component carriers, CCs, based on a downlink, DL, transmission length (step 201), wherein the grouping DL CCs based on the DL transmission length comprises: ∘ grouping DL CCs having different DL transmission lengths into different DL CC groups; and • sending uplink control information, UCI, based on grouped DL CCs by using an uplink, UL, CC, wherein the UCI is UCI corresponding to the grouped DL CCs, and transmission lengths of DL CCs in at least one DL CC group of the grouped DL CCs are the same (step 203), and when time division multiplexing, TDM, is used for UL CCs having different transmission lengths, the sending UCI based on grouped DL CCs by using the UL CC comprises: ∘ separately sending, by using different transmission opportunities in a first UL CC, UCI corresponding to the different DL CC groups, wherein the first UL CC is a UL CC having a smallest transmission length in UL CCs whose capacity is greater than or equal to a first capacity, and the first capacity is a capacity of UCI corresponding to each of the different DL CC groups. • grouping DL component carriers, CCs, based on a downlink, DL, transmission length (step 201), wherein the grouping DL CCs based on the DL transmission length comprises: ∘ grouping DL CCs having different DL transmission lengths into different DL CC groups; and • sending uplink control information, UCI, based on grouped DL CCs by using an uplink, UL, CC, wherein the UCI is UCI corresponding to the grouped DL CCs, and transmission lengths of DL CCs in at least one DL CC group of the grouped DL CCs are the same (step 203), and when time division multiplexing, TDM, is used for UL CCs having different transmission lengths, the sending UCI based on grouped DL CCs by using the UL CC comprises: ∘ separately sending, by using different transmission opportunities in a first UL CC, UCI corresponding to the different DL CC groups, wherein the first UL CC is a UL CC having a smallest transmission length in UL CCs whose capacity is greater than or equal to a first capacity, and the first capacity is a capacity of UCI corresponding to each of the different DL CC groups. ∘ separately sending, by using different transmission opportunities in a first UL CC, UCI corresponding to the different DL CC groups, wherein the first UL CC is a UL CC having a smallest transmission length in UL CCs whose capacity is greater than or equal to a first capacity, and the first capacity is a capacity of UCI corresponding to each of the different DL CC groups.
A method implemented by a mobile computing device, the method comprising: recognizing a swipe gesture made over a list of cells, the cells representing media channels; responsive to recognizing the swipe gesture, moving the cells along a longitudinal axis of the list in a longitudinal direction corresponding to a longitudinal component of the swipe gesture; characterised in that the method further comprises: shifting a top cell of the list into a preview region located proximate to the list, the preview region configured to display media content associated with a currently selected channel; during the shifting of the top cell into the preview region, displaying, via the preview region, an image associated with a program being currently provided via a channel represented by the top cell; and after a predefined duration of time, replacing the image in the preview region with real-time video of the program. recognizing a swipe gesture made over a list of cells, the cells representing media channels; responsive to recognizing the swipe gesture, moving the cells along a longitudinal axis of the list in a longitudinal direction corresponding to a longitudinal component of the swipe gesture; characterised in that the method further comprises: shifting a top cell of the list into a preview region located proximate to the list, the preview region configured to display media content associated with a currently selected channel; during the shifting of the top cell into the preview region, displaying, via the preview region, an image associated with a program being currently provided via a channel represented by the top cell; and after a predefined duration of time, replacing the image in the preview region with real-time video of the program.
An insulated glazing unit comprising: a first glass element ; a second glass element , the first and second glass elements having congruent shapes; and a plurality of spacers disposed between the first glass element and the second glass element to space the first glass element from the second glass element , each of the spacers elongated along an axis, wherein the spacers are in rolling, line contact with surfaces of both the first glass element and the second glass element , and characterized in that the spacers are oriented on the surface such that the axis of at least one of the spacers is tangent to an imaginary circular line superimposed on the surface, and at least another of the spacers is tangent to the same imaginary circular line or a different imaginary circular line having a common center with the first imaginary circular line . a first glass element ; a second glass element , the first and second glass elements having congruent shapes; and a plurality of spacers disposed between the first glass element and the second glass element to space the first glass element from the second glass element , each of the spacers elongated along an axis, wherein the spacers are in rolling, line contact with surfaces of both the first glass element and the second glass element , and characterized in that the spacers are oriented on the surface such that the axis of at least one of the spacers is tangent to an imaginary circular line superimposed on the surface, and at least another of the spacers is tangent to the same imaginary circular line or a different imaginary circular line having a common center with the first imaginary circular line .
A beta-glucanase variant, comprising a substitution at the positions corresponding to positions M29 and M180 of the polypeptide of SEQ ID NO: 3 or SEQ ID NO: 4, wherein said substitution in said position corresponding to position M29 is an amino acid selected among: Ala, Arg, Asn, Asp, Cys, Gin, Glu, Gly, His, Ile, Leu, Lys, Phe, Pro, Ser, Thr, Trp, Tyr or Val, the variant has beta-glucanase activity, wherein the variant has at least 95%, at least 96%, at least 97%, at least 98%, or at least 99%, but less than 100% sequence identity to amino acids 1 to 214 of the polypeptide of SEQ ID NO: 3 or SEQ ID NO: 4.
An apparatus for assessing a condition of a patient comprising: a patient interface , the interface for communicating a pressure treatment generated by a respiratory treatment apparatus to the respiratory system of the patient and comprising a cushion for providing a pressure seal for respiratory pressure treatment; and a sensing module (421A-D) comprising a physiological sensor embedded within a surface of the cushion of the patient interface, the sensing module (421A-D) adapted for removable coupling with the patient interface , the sensing module (421A-D) including a collector to accumulate exhaled breath that is exhaled to the patient interface . a patient interface , the interface for communicating a pressure treatment generated by a respiratory treatment apparatus to the respiratory system of the patient and comprising a cushion for providing a pressure seal for respiratory pressure treatment; and a sensing module (421A-D) comprising a physiological sensor embedded within a surface of the cushion of the patient interface, the sensing module (421A-D) adapted for removable coupling with the patient interface , the sensing module (421A-D) including a collector to accumulate exhaled breath that is exhaled to the patient interface .
A method at a user equipment 'UE' , comprising: sending a non-access stratum 'NAS' inter-device link establishment request message to a network entity ; receiving a 'NAS' inter-device link establishment response message from the network entity for initiating an inter-device communication link , the NAS response message including an identification for the inter-device communication link and one or more data sniffing related parameters corresponding to the inter-device communication link , so that, at the user equipment, performing the further steps of: storing data exchanged over the inter-device communication link in a buffer ; and uploading the stored data to a secure server in a network . sending a non-access stratum 'NAS' inter-device link establishment request message to a network entity ; receiving a 'NAS' inter-device link establishment response message from the network entity for initiating an inter-device communication link , the NAS response message including an identification for the inter-device communication link and one or more data sniffing related parameters corresponding to the inter-device communication link , so that, at the user equipment, performing the further steps of: storing data exchanged over the inter-device communication link in a buffer ; and uploading the stored data to a secure server in a network . storing data exchanged over the inter-device communication link in a buffer ; and uploading the stored data to a secure server in a network .
A foamable composition comprising: at least one polymer and a foaming agent; wherein said at least one polymer is selected from the group consisting of polyphenylenesulfide (PPS), polyetherimide (PEI), polysulfone (PSU), polypheylsulfone (PPSU), polyethersulfone (PES/PESU), polyetheretherketone (PEEK), polyaryletherketone (PAEK), polyetherketoneketone (PEKK), polyetherketone (PEK), or polyolefins such as polyethylene (PE), polyproplylene (PP), cyclic olefin copolymer (COC), polycarbonate (PC), polyphenylene ether (PPE), liquid crystal polymer (LCP), and/or combinations thereof; wherein said foaming agent comprises a talc or a talc derivative; wherein said talc or talc derivative constitutes the only foaming agent present in said foamable composition and wherein said talc or talc derivative comprises 3 to 20% by weight of said foamable composition. at least one polymer and a foaming agent; wherein said at least one polymer is selected from the group consisting of polyphenylenesulfide (PPS), polyetherimide (PEI), polysulfone (PSU), polypheylsulfone (PPSU), polyethersulfone (PES/PESU), polyetheretherketone (PEEK), polyaryletherketone (PAEK), polyetherketoneketone (PEKK), polyetherketone (PEK), or polyolefins such as polyethylene (PE), polyproplylene (PP), cyclic olefin copolymer (COC), polycarbonate (PC), polyphenylene ether (PPE), liquid crystal polymer (LCP), and/or combinations thereof; wherein said foaming agent comprises a talc or a talc derivative; wherein said talc or talc derivative constitutes the only foaming agent present in said foamable composition and wherein said talc or talc derivative comprises 3 to 20% by weight of said foamable composition.
A diffractive optical waveguide for optical pupil expansion, comprising: a waveguide substrate ; a coupling-out grating disposed on or in the waveguide substrate and configured to couple input light out of the waveguide substrate by diffraction, wherein, the coupling-out grating comprises a plurality of grating lines with widths; the plurality of grating lines are spaced in a cycle of a first predetermined period (d1) along a first direction (x) and are spaced in a cycle of a second predetermined period (d2) along a second direction (y); each of the grating lines comprises a plurality of periodic structures in continuous and connected arrangement, wherein, each of the periodic structures comprises a first edge and a second edge spaced apart in the first direction; the first predetermined period is defined as the distance between the first edge and the second edge in the first direction; the width (w) of the first edge is equal to the width of the second edge; the width of the first edge and the width of the second edge are each smaller than the second predetermined period; the distance (dw) between the center of the first edge and the center of the second edge in the second direction is defined 0.5 times the second predetermined period, each of the periodic structures further comprises a first side edge connecting the first edge and the second edge, and a second side edge connecting the first edge and the second edge; the first side edge is opposite to the second side edge; at least one of the first side edge and the second side edge is a non-linear side edge. a waveguide substrate ; a coupling-out grating disposed on or in the waveguide substrate and configured to couple input light out of the waveguide substrate by diffraction, wherein, the coupling-out grating comprises a plurality of grating lines with widths; the plurality of grating lines are spaced in a cycle of a first predetermined period (d1) along a first direction (x) and are spaced in a cycle of a second predetermined period (d2) along a second direction (y); each of the grating lines comprises a plurality of periodic structures in continuous and connected arrangement, wherein, each of the periodic structures comprises a first edge and a second edge spaced apart in the first direction; the first predetermined period is defined as the distance between the first edge and the second edge in the first direction; the width (w) of the first edge is equal to the width of the second edge; the width of the first edge and the width of the second edge are each smaller than the second predetermined period; the distance (dw) between the center of the first edge and the center of the second edge in the second direction is defined 0.5 times the second predetermined period, each of the periodic structures further comprises a first side edge connecting the first edge and the second edge, and a second side edge connecting the first edge and the second edge; the first side edge is opposite to the second side edge; at least one of the first side edge and the second side edge is a non-linear side edge.
A rechargeable battery comprising: an electrode assembly ; a casing which accommodates the electrode assembly and has an opening; a cap assembly which is coupled through the opening and seals the casing ; a spacer which is positioned between the electrode assembly and the casing and has multiple holes (H); and a vent member which is formed on a bottom surface of the casing which is positioned opposite to the opening characterized in that multiple electrode assemblies are formed; and the multiple holes (H) of the spacer are arranged in rows, wherein a first electrode assembly corresponds to a first row of holes (H) and second electrode assembly corresponds to a second row of holes (H). an electrode assembly ; a casing which accommodates the electrode assembly and has an opening; a cap assembly which is coupled through the opening and seals the casing ; a spacer which is positioned between the electrode assembly and the casing and has multiple holes (H); and a vent member which is formed on a bottom surface of the casing which is positioned opposite to the opening characterized in that multiple electrode assemblies are formed; and the multiple holes (H) of the spacer are arranged in rows, wherein a first electrode assembly corresponds to a first row of holes (H) and second electrode assembly corresponds to a second row of holes (H).
Flight-capable wind-driven wing structure, comprising (i) a tether line which is designed to connect the wing structure , during operation, to a ground station of a wind turbine, one end of the tether line being attached to the wing structure; and (ii) a bridle line system which comprises a large number of bridle lines , at least two bridle lines having an end which is connected to the wing structure and at least one bridle line having an end which is connected to the tether line , and the bridle line system is releasably connected to the tether line during operation, characterized in that the tether line has a first sleeve attached to the tether line, the bridle line system has a second sleeve to which the at least one bridle line is connected, and during operation, the tether line is guided through the second sleeve, the first and the second sleeve being designed to enter into a releasable form-fitting or frictional connection during operation. (i) a tether line which is designed to connect the wing structure , during operation, to a ground station of a wind turbine, one end of the tether line being attached to the wing structure; and (ii) a bridle line system which comprises a large number of bridle lines , at least two bridle lines having an end which is connected to the wing structure and at least one bridle line having an end which is connected to the tether line , and the bridle line system is releasably connected to the tether line during operation,