mhurhangee/ep-ind-claims huggingface dataset:
An information processing device configured as a base station or wireless LAN access point, comprising: circuitry configured to inform a plurality of devices (201, 202) configured as slave or wireless LAN stations, by using a frame different from a beacon, of an uplink multiplexing method for PS-Polls (442, 443) transmitted respectively by the plurality of devices and presence of a plurality of pieces of downlink data to be transmitted (446, 447) respectively addressed to the plurality of devices, the frame including a plurality of pieces of PS-Poll multiplex transmission information on the uplink multiplexing method, the plurality of pieces of PS-Poll multiplex transmission information being specified such that association identifiers of the plurality of devices (201, 202) having a same piece of PS-Poll multiplex transmission information are grouped, the PS-Polls respectively indicating that the plurality of devices have shifted from a functional suspension state to a data receivable state; receive the PS-Polls multiplexed, using the uplink multiplexing method, and transmitted by the plurality of devices respectively; and after receiving the PS-Polls, multiplex, using a downlink multiplexing method, and transmit the plurality of pieces of downlink data to be transmitted to the plurality of devices. circuitry configured to inform a plurality of devices (201, 202) configured as slave or wireless LAN stations, by using a frame different from a beacon, of an uplink multiplexing method for PS-Polls (442, 443) transmitted respectively by the plurality of devices and presence of a plurality of pieces of downlink data to be transmitted (446, 447) respectively addressed to the plurality of devices, the frame including a plurality of pieces of PS-Poll multiplex transmission information on the uplink multiplexing method, the plurality of pieces of PS-Poll multiplex transmission information being specified such that association identifiers of the plurality of devices (201, 202) having a same piece of PS-Poll multiplex transmission information are grouped, the PS-Polls respectively indicating that the plurality of devices have shifted from a functional suspension state to a data receivable state; the frame including a plurality of pieces of PS-Poll multiplex transmission information on the uplink multiplexing method, the plurality of pieces of PS-Poll multiplex transmission information being specified such that association identifiers of the plurality of devices (201, 202) having a same piece of PS-Poll multiplex transmission information are grouped, the PS-Polls respectively indicating that the plurality of devices have shifted from a functional suspension state to a data receivable state; receive the PS-Polls multiplexed, using the uplink multiplexing method, and transmitted by the plurality of devices respectively; and after receiving the PS-Polls, multiplex, using a downlink multiplexing method, and transmit the plurality of pieces of downlink data to be transmitted to the plurality of devices.
Security element with a non-light-conducting material, wherein a plurality of light-conducting elements are irregularly arranged within the material in such a way that, upon illumination, a light pattern or light point pattern is produced as a unique item, wherein either the inlet openings of the light-conducting elements are located on a first side of the security element and the outlet openings of the light-conducting elements are located on a second side of the security element or the inlet openings and the outlet openings are arranged on the same first side, characterised in that the light-conducting elements are encapsulated by the non-light-conducting material.
An in vitro method of detaching a single cell organism from a surface or from other single cell organisms, comprising contacting said organism with a composition comprising a peptide, wherein said peptide is a cyclic peptide, wherein the peptide is NVHSFDYDWYNV; RVESFDFDWYNI; RINSFDYDWYNV; TVNSFDYDWYNV; KVNSFDYDWYNV; TVHSFDYDWYNV; SVHSWDYDWYNV; SVHSYDFDWYNV; SVHSFDWDWYNV; SVHSFDYDYYNV; SVHSFDYDFYNV; SVHSFDYDWFNV; SVHSFDYDWWNV; IFNPFDYDWYNV; QWHSFDYDWYNV or DVHPFDYDWYNV; and wherein each peptide is modified with a cysteine at the C-terminal and a cysteine at the N-terminal, wherein the C-and N-terminals are S-S-bridged.
An image processing apparatus adapted to execute image processing of a tomogram of an eye portion, comprising: ophthalmic feature acquisition means for acquiring ophthalmic features as anatomical features of the tomogram; morbid portion acquisition means for detecting morbid portions corresponding to a disease of a predetermined type; generation means for generating a composite image by projecting the morbid portions onto a predetermined two-dimensional image of an eye fundus; and display means for displaying the composite image; designation means for designating at least two layers required to detect the morbid portions from a plurality of retinal or tissue layers specified by the ophthalmic features; the apparatus being configured such that said morbid portion acquisition means detects (S601-S604), as said morbid portions, primary morbid portions (MAi) from a first type of layer and associated morbid portions (Cj) from a second different type of layer, respectively of the layers designated by said designation means, and determines relevance between combinations, each formed of one primary and one associated morbid portion in said different layers, when a distance between the morbid portions of the same combination is not more than a predetermined threshold; and said display means displays the combinations of morbid portions in a mode which allows to identify the determined relevance between the corresponding morbid portions. ophthalmic feature acquisition means for acquiring ophthalmic features as anatomical features of the tomogram; morbid portion acquisition means for detecting morbid portions corresponding to a disease of a predetermined type; generation means for generating a composite image by projecting the morbid portions onto a predetermined two-dimensional image of an eye fundus; and display means for displaying the composite image; designation means for designating at least two layers required to detect the morbid portions from a plurality of retinal or tissue layers specified by the ophthalmic features; the apparatus being configured such that said morbid portion acquisition means detects (S601-S604), as said morbid portions, primary morbid portions (MAi) from a first type of layer and associated morbid portions (Cj) from a second different type of layer, respectively of the layers designated by said designation means, and determines relevance between combinations, each formed of one primary and one associated morbid portion in said different layers, when a distance between the morbid portions of the same combination is not more than a predetermined threshold; and said display means displays the combinations of morbid portions in a mode which allows to identify the determined relevance between the corresponding morbid portions.
A ferritic stainless steel consisting of, by mass%, C: 0.001 to 0.030%, Si: more than 0.3 to 0.55%, Mn: 0.05 to 0.50%, P: not more than 0.05%, S: not more than 0.01%, Cr: 19.0 to 28.0%, Ni: 0.01 to less than 0.30%, Mo: 0.2 to 3.0%, A1: more than 0.08 to 1.2%, V: 0.02 to 0.50%, Cu: less than 0.1%, Nb: 0.005 to 0.50%, Ti: 0.05 to 0.50%, and N: 0.001 to 0.030%, optionally, by mass%, one or more selected from Zr: not more than 1.0%, W: not more than 1.0%, REM: not more than 0.1%, Co: not more than 0.3% and B: not more than 0.1%, the balance being Fe and inevitable impurities, the ferritic stainless steel satisfying the following equations and: 0.6 ≤ Si + Al + Ti ≤ 1.8 Nb + 1.3 Ti + 0.9 v + 0.2 Al > 0.55 wherein the chemical symbols in the expressions represent the contents (mass%) of the respective elements.
A stent delivery system comprising: an inner tube (12, 28) opening at a proximal end thereof; a self-expandable stent which is disposed on an outer surface of a distal portion of the inner tube (12, 28) while being compressed toward a center axis thereof at the time of insertion into a living body lumen and which can be restored into its pre-compression shape by expanding outward when put indwelling in the living body lumen; and an outer tube (14, 50) which, by being disposed on an outer surface side of the inner tube (12, 28), can contain the self-expandable stent in its lumen and which, by moving proximally relative to the inner tube (12, 28), can release the self-expandable stent contained in its inside, wherein a sealing member is fixed to the inner tube (12, 28) and provided between the outer tube (14, 50) and the inner tube (12, 28) on a proximal side relative to the self-expandable stent, and the inner tube (12, 28) is provided, between the sealing member and the self-expandable stent, with a first opening through which a lumen of the inner tube (12, 28) and the exterior of the inner tube (12, 28) communicate with each other; wherein the outer tube (14, 50) is provided, between the first opening and the self-expandable stent, with a hole through which a lumen of the outer tube (14, 50) and the exterior of the outer tube (14, 50) communicate with each other.
A compound of formula I: or a pharmaceutically acceptable salt or solvate thereof for use as a medicament in treating, preventing or managing pulmonary hypertension, wherein: A 1 is optionally substituted heterocycle; each R 1 is independently halogen, hydrogen, C R A, OR A, NR B R C, S(O 2)R A, or C 1-4 -alkyl; R 2 is independently halogen, hydrogen, C R A, OR A, NR B R C, S(O 2)R A, or C 1-4 -alkyl; R 3 is hydrogen, C R A, C OR A, or C 1-4 -alkyl; R 4 is hydrogen or C 1-4 -alkyl; each R A is independently hydrogen or C 1-4 -alkyl; each R B is independently hydrogen or C 1-4 -alkyl; each R C is independently hydrogen or C 1-4 -alkyl; and m is 1-4. A 1 is optionally substituted heterocycle; each R 1 is independently halogen, hydrogen, C R A, OR A, NR B R C, S(O 2)R A, or C 1-4 -alkyl; R 2 is independently halogen, hydrogen, C R A, OR A, NR B R C, S(O 2)R A, or C 1-4 -alkyl; R 3 is hydrogen, C R A, C OR A, or C 1-4 -alkyl; R 4 is hydrogen or C 1-4 -alkyl; each R A is independently hydrogen or C 1-4 -alkyl; each R B is independently hydrogen or C 1-4 -alkyl; each R C is independently hydrogen or C 1-4 -alkyl; and m is 1-4.
A composite oxide sintered body containing indium, zirconium, hafnium and oxygen as constituting elements, wherein the atomic ratio of the elements constituting the sintered body satisfies the following formulae, where In, Zr and Hf are respectively contents of indium, zirconium and hafnium: Zr / In + Zr + Hf = 0.05 to 4.5 at % Hf / In + Zr + Hf = 0.0002 to 0.15 at %, characterized in that the content of indium is at least 95 at% based on the total content of the metal elements.
Fat based confectionery material comprising at least 35 % non-fat milk solids on a dry weight basis wherein at least 20 % of the non-fat milk solids are in the form of crystallized or partially crystallized milk powder, wherein at least 50% of the lactose comprised within the crystallized or partially crystallized milk powder is crystalline.
An electronic tamper detection device (200, 300) being a passive NFC or RFID tag, the tamper detection device (200, 300) comprising a tamper loop and a deformable component (206, 302, 400), wherein the tamper loop comprises a conductive wire and wherein a deformation of said component (206, 302, 400) indicates that the conductive wire of the tamper loop has been broken, characterized in that the component (206, 302, 400) is a piezoelectric or piezoceramic device which forms an integral part of the tamper loop; wherein the tamper detection device (200, 300) further comprises an NFC or RFID tag circuit coupled to the tamper loop through contact pads; wherein, if the component (206, 302, 400) is conductive, the NFC or RFID tag circuit is configured to measure a voltage drop over the component (206, 302, 400) by injecting a current from one of the contact pads to the other one of the contact pads, or wherein the component (206, 302, 400) is integrated with a sensing circuit configured to measure said voltage drop; wherein the tamper detection device (200, 300) is configured to detect the deformation of the component (206, 302, 400) by comparing the voltage drop with a base value indicating whether the component (206, 302, 400) is in the deformed state; and wherein the deformation is a plastic deformation that results in a different length and thickness of the component (206, 302, 400) compared to a length and thickness of the component (206, 302, 400) when said component (206, 302, 400) is in an original state. characterized in that the component (206, 302, 400) is a piezoelectric or piezoceramic device which forms an integral part of the tamper loop; wherein the tamper detection device (200, 300) further comprises an NFC or RFID tag circuit coupled to the tamper loop through contact pads; wherein, if the component (206, 302, 400) is conductive, the NFC or RFID tag circuit is configured to measure a voltage drop over the component (206, 302, 400) by injecting a current from one of the contact pads to the other one of the contact pads, or wherein the component (206, 302, 400) is integrated with a sensing circuit configured to measure said voltage drop; wherein the tamper detection device (200, 300) is configured to detect the deformation of the component (206, 302, 400) by comparing the voltage drop with a base value indicating whether the component (206, 302, 400) is in the deformed state; and wherein the deformation is a plastic deformation that results in a different length and thickness of the component (206, 302, 400) compared to a length and thickness of the component (206, 302, 400) when said component (206, 302, 400) is in an original state.
Method of identifying a polynucleic acid comprising the steps of providing a polynucleic acid; modifying one or more nucleobases of the polynucleic acid by addition or removal of a hydrogen bonding partner, thereby altering the base pairing capacity of the one or more nucleobases; base pairing a complementary nucleic acid to the polynucleic acid, including base pairing to at least one modified nucleobase, wherein base pairing to at least one modified nucleobase leads to base pairing with another nucleotide than base pairing with the nucleobase that has not been modified; identifying the sequence of the complementary nucleic acid at least at the position that is complementary to at least one modified nucleobase, i) wherein one or more cells are cultured or grown in at least two culturing or growth phases, wherein one culturing or growth phase comprises incorporation of a modified nucleotide into biosynthesized polynucleic acid, which is modified by addition or removal of a hydrogen bonding partner, and another culturing or growth phase that lacks such incorporation of the modified nucleotide into biosynthesized polynucleic acid or wherein modified nucleotides are incorporated into biosynthesized polynucleic acid at a different concentration as in the other one culturing or growth phase, or ii) wherein the method comprises incorporation of a modified nucleotide into biosynthesized polynucleic acid of at least two different cells or into at least two different groups of cells. i) wherein one or more cells are cultured or grown in at least two culturing or growth phases, wherein one culturing or growth phase comprises incorporation of a modified nucleotide into biosynthesized polynucleic acid, which is modified by addition or removal of a hydrogen bonding partner, and another culturing or growth phase that lacks such incorporation of the modified nucleotide into biosynthesized polynucleic acid or wherein modified nucleotides are incorporated into biosynthesized polynucleic acid at a different concentration as in the other one culturing or growth phase, or ii) wherein the method comprises incorporation of a modified nucleotide into biosynthesized polynucleic acid of at least two different cells or into at least two different groups of cells.
Production and/or assembly device, in particular blister filling device, comprising at least one infeed installation for components to be processed, said infeed installation being disposed on a device frame and being replaceable when required, said components by means of the infeed installation being capable of being brought in a singularized manner into the operating region of an operating module, wherein the infeed installation is disposed on a support plate, wherein an assembly plate on which the support plate sits in the final assembly position is provided on the device frame, wherein guiding and/or positioning means (6, 8, 16, 25, 27, 30, 31, 32, 33, 35, 36, 37) are provided on the support plate and/or the assembly plate in such a manner that an infeed installation that is to be assembled is capable of being moved to the defined final assembly position by displacing the support plate on the assembly plate, characterized in that the guiding and/or positioning means comprise rollers (32, 36) that are disposed on the assembly plate and run in one or a plurality of running grooves or on one or a plurality of running rails on the support plate, or vice versa, wherein at least one position sensor for detecting the attainment of the final assembly position of the support plate is provided on the device frame or on the assembly plate, wherein the operation of the infeed installation is controlled in a manner dependent on the sensor detection.
Pump (10, 110), in particular for dishwashers, comprising a housing consisting of a housing base (28, 128), a housing cover (16, 116) and a heating device (30, 130, 36, 136) disposed therebetween for the purpose of heating a washing fluid, the device forming a ring-shaped side wall (30, 130) of the housing, further comprising an impeller (40, 140) arranged in the housing, an intake port (18, 118) arranged axially in the housing cover (16, 116) relative to the axis of rotation of the impeller (40, 140), and a discharge port (20, 120), characterised in that the discharge port (20, 120) is arranged in the housing cover (16, 116), wherein a guide mechanism is arranged between the impeller and the discharge port for the purpose of redirecting the flow and wherein the guide mechanism comprises stationary guide blades which are arranged in a ring-shaped manner downstream of the outlet opening of the impeller.
A system for creating a corrected image of a scene for a terminal-imaging seeker, the system comprising: a focal plane array aligned with an optical axis and having an imaging region comprising a plurality of pixels; a coded-aperture plate aligned along the optical axis and having opaque regions and a plurality of pinhole-like transparent regions separated from one another by the opaque regions, the coded-aperture plate configured to transmit light through the plurality of pinhole-like transparent regions onto the imaging region of the focal plane array thereby forming a raw shadow image, the raw shadow image comprising pixel data generated by the plurality of pixels; an optically-neutral lens aligned along the optical axis and having a front convex surface and a back planar surface, the front convex surface configured to provide low aerodynamic drag when engaging air at a leading edge of the terminal-imaging seeker, the optically-neutral lens configured to receive light from a scene aligned along the optical axis and configured to transmit light from the scene received at the front convex surface to the back planar surface in an optically-neutral fashion; and an image processor configured to create, based on an algorithm corresponding to a configuration of the plurality of pinhole-like transparent regions and on the raw shadow image, the corrected image. a focal plane array aligned with an optical axis and having an imaging region comprising a plurality of pixels; a coded-aperture plate aligned along the optical axis and having opaque regions and a plurality of pinhole-like transparent regions separated from one another by the opaque regions, the coded-aperture plate configured to transmit light through the plurality of pinhole-like transparent regions onto the imaging region of the focal plane array thereby forming a raw shadow image, the raw shadow image comprising pixel data generated by the plurality of pixels; an optically-neutral lens aligned along the optical axis and having a front convex surface and a back planar surface, the front convex surface configured to provide low aerodynamic drag when engaging air at a leading edge of the terminal-imaging seeker, the optically-neutral lens configured to receive light from a scene aligned along the optical axis and configured to transmit light from the scene received at the front convex surface to the back planar surface in an optically-neutral fashion; and an image processor configured to create, based on an algorithm corresponding to a configuration of the plurality of pinhole-like transparent regions and on the raw shadow image, the corrected image.
A superconducting wire (10, 110, 210) comprising: a strand including a superconducting material; and a stabilizer material for superconductor (20, 120) arranged in contact with the strand, wherein the stabilizer material for superconductor (20, 120) includes a copper material which contains one kind or two kinds or more of additive elements selected from Ca, Sr, Ba, and rare earth elements for a total amount of 3 ppm by mass or more and 400 ppm by mass or less, with the remainder being Cu and impurities, the total concentration of the impurities other than O, H, C, N, and S, which are gas components, is 5 ppm by mass or more and 100 ppm by mass or less, and compounds including one kind or two kinds or more selected from CaS, CaSO 4, SrS, SrSO 4, BaS, BaSO 4, S, and 2 SO 2 are present in the matrix characterized in that the total concentration of the impurities including O, H, C, N and S, which are the gas components, is 20 ppm by mass or more in the copper material. a strand including a superconducting material; and a stabilizer material for superconductor (20, 120) arranged in contact with the strand, wherein the stabilizer material for superconductor (20, 120) includes a copper material which contains one kind or two kinds or more of additive elements selected from Ca, Sr, Ba, and rare earth elements for a total amount of 3 ppm by mass or more and 400 ppm by mass or less, with the remainder being Cu and impurities, the total concentration of the impurities other than O, H, C, N, and S, which are gas components, is 5 ppm by mass or more and 100 ppm by mass or less, and compounds including one kind or two kinds or more selected from CaS, CaSO 4, SrS, SrSO 4, BaS, BaSO 4, S, and 2 SO 2 are present in the matrix characterized in that the total concentration of the impurities including O, H, C, N and S, which are the gas components, is 20 ppm by mass or more in the copper material.
A human hepatoma cell line, wherein said cell line is named as a HLCZ01 cell line which has been deposited in the China Center for Type Culture Collection (CCTCC), and having Accession No. is CCTCC NO: C201309.