mhurhangee/ep-ind-claims huggingface dataset:
A paper separating device for separating a paper sheet, comprising: a frame member; an image carrier that is rotatably supported by the frame member and rotatable in abutting contact with a paper sheet; a securing plate to be removably mounted on the frame member; and two types of assemblies (81,82), characterized in that the two types of assemblies (81,82) include: a first assembly that includes: a separation claw configured to separate the paper sheet from the image carrier; a guiding member configured to guide the paper sheet; and a holder with an engaging portion (103,104), the holder holding the separation claw and the guiding member; and a second assembly that engages a guiding member to a holder with an engaging portion (103,104) without holding a separation claw, wherein the frame member and the securing plate each include an assembly securing portion with an engaged portion to be engaged with the engaging portion (103,104) of the holder, and one of the two types of assemblies (81,82) is secured to a second assembly securing portion disposed at the securing plate while another is secured to a first assembly securing portion disposed at the frame member. a frame member; an image carrier that is rotatably supported by the frame member and rotatable in abutting contact with a paper sheet; a securing plate to be removably mounted on the frame member; and two types of assemblies (81,82), characterized in that the two types of assemblies (81,82) include: a first assembly that includes: a separation claw configured to separate the paper sheet from the image carrier; a guiding member configured to guide the paper sheet; and a holder with an engaging portion (103,104), the holder holding the separation claw and the guiding member; and a second assembly that engages a guiding member to a holder with an engaging portion (103,104) without holding a separation claw, a first assembly that includes: a separation claw configured to separate the paper sheet from the image carrier; a guiding member configured to guide the paper sheet; and a holder with an engaging portion (103,104), the holder holding the separation claw and the guiding member; and a second assembly that engages a guiding member to a holder with an engaging portion (103,104) without holding a separation claw, wherein the frame member and the securing plate each include an assembly securing portion with an engaged portion to be engaged with the engaging portion (103,104) of the holder, and one of the two types of assemblies (81,82) is secured to a second assembly securing portion disposed at the securing plate while another is secured to a first assembly securing portion disposed at the frame member.
An image capturing apparatus that is capable of live view display in which, while continuously exposing an image sensor, image signals are sequentially read out, and live view images generated based on the read image signals are sequentially displayed on a display device, and capable of selecting a display mode for the live view display from multiple display modes or selecting a shooting mode from multiple shooting modes, the image capturing apparatus comprising: metering unit(115,120) for periodically measuring a subject brightness during the live view display; acquisition unit for obtaining a difference between an image brightness obtained from exposure conditions for acquiring the live view images and the subject brightness obtained by the metering unit; and changing unit that changes the exposure conditions for acquiring the live view images depending on a width of a dead band for response to change in brightness corresponding to the selected display mode or a width of a dead band for response to change in brightness corresponding to the selected shooting mode and on the value of the difference. metering unit(115,120) for periodically measuring a subject brightness during the live view display; acquisition unit for obtaining a difference between an image brightness obtained from exposure conditions for acquiring the live view images and the subject brightness obtained by the metering unit; and changing unit that changes the exposure conditions for acquiring the live view images depending on a width of a dead band for response to change in brightness corresponding to the selected display mode or a width of a dead band for response to change in brightness corresponding to the selected shooting mode and on the value of the difference.
A compound for use in treating (i) a cancer, wherein the cancer depends on the proteolytic activity of the MALT1 protease, wherein the compound has the general formula wherein X is N; Y is S, O, or CH 2 -CH 2; () Z is a C 1 -C 5 linear or branched alkyl chain; A is NR 3 R 4, or OR 5, or HET R 1 and R 2 in each occurrence are independently selected from -H, -CH 3, -OH, -OCH 3, -SCH 3, -F, -Cl, -CF 3, -NH 2, and -COOH; R 3, R 4, and R 5 are H, or C 1 -C 5 linear or branched alkyl groups, and HET is a heterocyclic ring of 5, 6, or 7 members, wherein the ring atoms can be C, O, N, or S, the ring can be saturated or aromatic, and the ring can be substituted with H or C 1 -C 5 linear or branched alkyl groups; or the compound is a pharmaceutically acceptable salt, enantiomer, diastereomer, racemic mixture, crystalline form, amorphous form, unsolvated form or solvate of the general formula, wherein the cancer that depends on the proteolytic activity of the MALT1 protease is the activated B-cell subtype of diffuse-large B cell lymphoma or MALT (mucosa-associated lymphatic tissue) lymphoma. X is N; Y is S, O, or CH 2 -CH 2; () Z is a C 1 -C 5 linear or branched alkyl chain; A is NR 3 R 4, or OR 5, or HET R 1 and R 2 in each occurrence are independently selected from -H, -CH 3, -OH, -OCH 3, -SCH 3, -F, -Cl, -CF 3, -NH 2, and -COOH; R 3, R 4, and R 5 are H, or C 1 -C 5 linear or branched alkyl groups, and HET is a heterocyclic ring of 5, 6, or 7 members, wherein the ring atoms can be C, O, N, or S, the ring can be saturated or aromatic, and the ring can be substituted with H or C 1 -C 5 linear or branched alkyl groups; or
A method of measuring rotor speed, comprising: positioning a sensor opposite a target, the target being one of integral with the rotor or being connected to the rotor to rotate at a speed proportional to the speed of the rotor, said target including a plurality of features; measuring a period corresponding to time (122, 124, 126) between each of said plurality of features on said target passing said sensor; establishing an array of said periods, said array including up to a preselected number of said periods; removi ng old periods from said array when new periods are added and said preselected number of periods is reached; calculating an average period from said periods in said array, said average period corresponding to a multiple of complete revolutions of the target, wherein said preselected number of said periods in said array is equal to N multiplied by a, where N is the number of said plurality of features on said target and a is the number of complete revolutions of said target to be considered for said average period; and, calculating rotational speed of a rotor from said average period; wherein the features are one of teeth, projections, ribs or protuberances. positioning a sensor opposite a target, the target being one of integral with the rotor or being connected to the rotor to rotate at a speed proportional to the speed of the rotor, said target including a plurality of features; measuring a period corresponding to time (122, 124, 126) between each of said plurality of features on said target passing said sensor; establishing an array of said periods, said array including up to a preselected number of said periods; removi ng old periods from said array when new periods are added and said preselected number of periods is reached; calculating an average period from said periods in said array, said average period corresponding to a multiple of complete revolutions of the target, wherein said preselected number of said periods in said array is equal to N multiplied by a, where N is the number of said plurality of features on said target and a is the number of complete revolutions of said target to be considered for said average period; and, calculating rotational speed of a rotor from said average period; wherein the features are one of teeth, projections, ribs or protuberances.
Nozzle suitable for being releasably connected to a suction source of a vacuum cleaner, comprising: - a nozzle tube 1 having an upper opening 2, and a lower opening 4, the upper opening 2 being configured to be connected to a suction source of a vacuum cleaner, - a side opening 3 being attached to an outward projecting tube 5, wherein the side opening 3 and the outward projecting tube 5 are arranged on the nozzle tube 1 or on the topside 8 of the nozzle head 6, - a conduit 12 connected both to the outlet 13 of the nozzle head 6 and the lower opening 4 of the nozzle tube 1, - a power generation device mounted in the outward projecting tube 5, the power generation device being configured to generate electrical current from the sucked air flow, the power generation device being electrically connected with a light source 14 by an electrical wire, and the light source 14 being powered by the electrical current generated by the power generation device, characterized in that the light source 14 having one or more lamps 15 positioned on the nozzle head 6 and configured to project light to illuminate the surface to be cleaned, and the nozzle further comprises: - a slim nozzle head 6, wherein the height of the nozzle head 6 is 9 mm up to 45 mm, and wherein the nozzle head 6 has an underside 7, topside 8, frontside 9 and backside 10 and - a flexible joint 11 connected both to the nozzle head 6 and the lower opening 4 of the nozzle tube 1, wherein the flexible joint is configured to provide a freedom of movement, wherein said freedom of movement is a movement in the direction of (i) upwards, (ii) downwards, (iii) leftwards, (iv) rightwards, and (v) upwards or downwards in combination with leftwards or rightwards. - a nozzle tube 1 having an upper opening 2, and a lower opening 4, the upper opening 2 being configured to be connected to a suction source of a vacuum cleaner, - a side opening 3 being attached to an outward projecting tube 5, wherein the side opening 3 and the outward projecting tube 5 are arranged on the nozzle tube 1 or on the topside 8 of the nozzle head 6, - a conduit 12 connected both to the outlet 13 of the nozzle head 6 and the lower opening 4 of the nozzle tube 1, - a power generation device mounted in the outward projecting tube 5, the power generation device being configured to generate electrical current from the sucked air flow, the power generation device being electrically connected with a light source 14 by an electrical wire, and the light source 14 being powered by the electrical current generated by the power generation device, - a slim nozzle head 6, wherein the height of the nozzle head 6 is 9 mm up to 45 mm, and wherein the nozzle head 6 has an underside 7, topside 8, frontside 9 and backside 10 and - a flexible joint 11 connected both to the nozzle head 6 and the lower opening 4 of the nozzle tube 1, wherein the flexible joint is configured to provide a freedom of movement, wherein said freedom of movement is a movement in the direction of (i) upwards, (ii) downwards, (iii) leftwards, (iv) rightwards, and (v) upwards or downwards in combination with leftwards or rightwards.
A terminal comprising: a receiving unit configured to receive, from another terminal, a groupcast that is a transmission to a group including a plurality of terminals; a control unit configured to determine a value for each terminal, based on the number of terminals comprising the plurality of terminals, of transmission power to be applied to a channel that transmits a response related to a retransmission control for the groupcast; and a transmission unit configured to transmit the response related to the retransmission control for the groupcast. a receiving unit configured to receive, from another terminal, a groupcast that is a transmission to a group including a plurality of terminals; a control unit configured to determine a value for each terminal, based on the number of terminals comprising the plurality of terminals, of transmission power to be applied to a channel that transmits a response related to a retransmission control for the groupcast; and a transmission unit configured to transmit the response related to the retransmission control for the groupcast.
An apparatus (100, 200) for the processing of single molecules, comprising: a) a bottom layer (110, 210) with a first elongated slit; b) an electrically conductive top layer (120, 220) that is deposited on top of the bottom layer (110, 210) and that has a second elongated slit which is disposed above the first elongated slit to provide a nano-aperture through which single molecules can pass, wherein the first elongated slit is oriented oblique to the second elongated slit, characterized in that the top layer (120, 220) comprises graphene in five monolayers or less, and the second elongated slit divides the top layer into two disconnected parts (120a, 120b) providing two graphene electrodes. a) a bottom layer (110, 210) with a first elongated slit; b) an electrically conductive top layer (120, 220) that is deposited on top of the bottom layer (110, 210) and that has a second elongated slit which is disposed above the first elongated slit to provide a nano-aperture through which single molecules can pass,
Method of cultivating aquatic plants at the surface of a body of water, the method comprising: - cultivating the aquatic plants in a basin containing the body of water; - supplying nutrient rich water to the body of water at a first location; - extracting purged water from the body of water at a second location distant from the first location; - inducing movement of an aquatic plant portion toward a collection region near the second location; and - removing the aquatic plant portion from the collection region, characterized in that the movement is induced by moving a sweeping unit across the surface between the collection region and a third location near the first location. - cultivating the aquatic plants in a basin containing the body of water; - supplying nutrient rich water to the body of water at a first location; - extracting purged water from the body of water at a second location distant from the first location; - inducing movement of an aquatic plant portion toward a collection region near the second location; and - removing the aquatic plant portion from the collection region, characterized in that the movement is induced by moving a sweeping unit across the surface between the collection region and a third location near the first location.
A thin film material having the empirical formula A 1+nx T z 1-x O 3, wherein A is selected from the group consisting of Mg and Mn wherein Tis Ti, wherein − 1 < x < 1, wherein z is the average oxidation state of T, calculated as the weighted average of the T cation oxidation states based on the total amount of T in the composition in atomic percentage, and wherein n = 4 − z + zx / 2 x, characterized in that the structure is described in terms of three axes, a, b and c and three angles, α between b and c axes, β between a and c axes, and γ between a and b axes, wherein 0.475 nm (4.75 Å) < a < 0.55 nm (5.5 Å), 0.475 nm (4.75 Å) < b < 0.55 nm (5.5 Å), and 1.25 nm (12.5 Å) < c <1.55 nm (15.5 Å), and wherein 85° < α < 95°, 85° < β < 95°, and 115° < γ < 125°, wherein the material comprises at least two stacked layers, wherein each layer comprises a continuous hexagonally arranged oxygen octahedra layer; with each octahedron sharing a face with the octahedron above and/or below along the stacking direction, wherein in the basal plane each oxygen octahedron shares an edge with each of the six neighboring octahedron of the same basal plane, and wherein each oxygen octahedron has six corner sharing octahedra above and/or six corner sharing octahedra below, wherein the octahedra are vacant or contain an A-cation or a T-cation, wherein at least a fraction of the octahedra are filled by a cation, wherein the octahedra filling fraction is z v = [2 + (n-1)x]/3. wherein A is selected from the group consisting of Mg and Mn wherein Tis Ti, wherein − 1 < x < 1, wherein z is the average oxidation state of T, calculated as the weighted average of the T cation oxidation states based on the total amount of T in the composition in atomic percentage, and wherein n = 4 − z + zx / 2 x, characterized in that the structure is described in terms of three axes, a, b and c and three angles, α between b and c axes, β between a and c axes, and γ between a and b axes, wherein 0.475 nm (4.75 Å) < a < 0.55 nm (5.5 Å), 0.475 nm (4.75 Å) < b < 0.55 nm (5.5 Å), and 1.25 nm (12.5 Å) < c <1.55 nm (15.5 Å), and wherein 85° < α < 95°, 85° < β < 95°, and 115° < γ < 125°, wherein the material comprises at least two stacked layers, wherein each layer comprises a continuous hexagonally arranged oxygen octahedra layer; with each octahedron sharing a face with the octahedron above and/or below along the stacking direction, wherein in the basal plane each oxygen octahedron shares an edge with each of the six neighboring octahedron of the same basal plane, and wherein each oxygen octahedron has six corner sharing octahedra above and/or six corner sharing octahedra below, wherein the octahedra are vacant or contain an A-cation or a T-cation, wherein at least a fraction of the octahedra are filled by a cation, wherein the octahedra filling fraction is z v = [2 + (n-1)x]/3.
A centrifugal separator comprising, a centrifugal rotor, a rotatable spindle, rotatable around an axis, to which said centrifugal rotor is fixedly attached, a stationary frame member, at least one bearing journaling said spindle in said stationary frame member, a support device which comprises a bearing holder, directly supporting said bearing, which bearing holder is connected to the stationary frame member by a ring-formed elastic support member having an inner ring-formed part connected to said bearing holder and an outer ring-formed part connected to said stationary frame member thereby forming an elastic connection between said bearing holder and said frame member characterized in that the inner ring-formed part of said elastic support member is fitted with a ring-formed inner plate on an axially upper and a lower ring-formed surface respectively of said inner ring-formed part, and the outer ring-formed part of said elastic support member is fitted with a ring-formed plate on an axially upper and a lower ring-formed surface respectively of the outer part of said elastic support member.
An antenna, comprising: a ground plane; a first radiating structure having a symmetric configuration along a central axis, comprising: a first feed point electrically connected to a base of said first radiating structure and along said central axis; and a first slot formed in a central location of the radiating structure along said central axis with a corresponding first open-ended strip along said central axis; and a second radiating structure conjoined with said first radiating structure having a symmetric configuration along said central axis, comprising: a second feed point electrically connected to the base of said second radiating structure and along said central axis; and a second slot formed in a central location of the radiating structure along said central axis with a corresponding second open-ended strip along said central axis; and wherein the antenna resonates and operates at a plurality of resonant frequencies. a ground plane; a first radiating structure having a symmetric configuration along a central axis, comprising: a first feed point electrically connected to a base of said first radiating structure and along said central axis; and a first slot formed in a central location of the radiating structure along said central axis with a corresponding first open-ended strip along said central axis; and a first feed point electrically connected to a base of said first radiating structure and along said central axis; and a first slot formed in a central location of the radiating structure along said central axis with a corresponding first open-ended strip along said central axis; and a second radiating structure conjoined with said first radiating structure having a symmetric configuration along said central axis, comprising: a second feed point electrically connected to the base of said second radiating structure and along said central axis; and a second slot formed in a central location of the radiating structure along said central axis with a corresponding second open-ended strip along said central axis; and a second feed point electrically connected to the base of said second radiating structure and along said central axis; and a second slot formed in a central location of the radiating structure along said central axis with a corresponding second open-ended strip along said central axis; and wherein the antenna resonates and operates at a plurality of resonant frequencies.
A method for detecting interferences in a satellite radionavigation signal, characterised in that it comprises the following steps: • computing an item of information representing the slope of the correlation function of said signal with a local spreader code, said correlation function substantially having the theoretical shape of an isosceles triangle, said slope being estimated on any one of the sides of equal length of said isosceles triangle; • comparing said item of information to a detection threshold that is configured at least as a function of a target signal-to-noise ratio. • computing an item of information representing the slope of the correlation function of said signal with a local spreader code, said correlation function substantially having the theoretical shape of an isosceles triangle, said slope being estimated on any one of the sides of equal length of said isosceles triangle; • comparing said item of information to a detection threshold that is configured at least as a function of a target signal-to-noise ratio.