mhurhangee/ep-ind-claims huggingface dataset:
An image reading device, comprising: - concave first lens mirrors that are arranged opposite a region at which an object to be irradiated will be located and in an array shape along a main scanning direction and that are adapted to collimate scattered light from the region which would be reflected by the object to be irradiated and are adapted to reflect the scattered light toward the region but angled to one side in a sub-scanning direction as a substantially parallel bundle of rays that are angled in the sub-scanning direction; - planar mirrors that are adapted to reflect light from the first lens mirrors in a direction away from the region and angled to one side in the sub-scanning direction as from the first lens mirrors; - apertures that are arranged in an array shape and that allow light from the planar mirrors to pass through by way of openings that are arranged in an array shape and that are light-shielded therearound for selectively allowing light to pass through; - concave second lens mirrors that are arranged in an array shape into which light from the apertures is incident and that are adapted to reflect the light from the apertures as converged light; and - light receivers that have light receiving areas on which light from the second lens mirrors is incident and that are adapted to form images that correspond to light from the openings. - concave first lens mirrors that are arranged opposite a region at which an object to be irradiated will be located and in an array shape along a main scanning direction and that are adapted to collimate scattered light from the region which would be reflected by the object to be irradiated and are adapted to reflect the scattered light toward the region but angled to one side in a sub-scanning direction as a substantially parallel bundle of rays that are angled in the sub-scanning direction; - planar mirrors that are adapted to reflect light from the first lens mirrors in a direction away from the region and angled to one side in the sub-scanning direction as from the first lens mirrors; - apertures that are arranged in an array shape and that allow light from the planar mirrors to pass through by way of openings that are arranged in an array shape and that are light-shielded therearound for selectively allowing light to pass through; - concave second lens mirrors that are arranged in an array shape into which light from the apertures is incident and that are adapted to reflect the light from the apertures as converged light; and - light receivers that have light receiving areas on which light from the second lens mirrors is incident and that are adapted to form images that correspond to light from the openings.
A receiver device for receiving a signal that comprises one or more periodic features, the receiver device comprising: a detector configured to listen to the signal during a first reception phase, and to be triggered when a feature of the signal is received so as to determine a time of reception of that feature; a first antenna configured to provide the signal to the detector; characterized in that the receiver device further comprises a coherent receiver configured to process the signal in time-limited segments so as to derive information from features of the signal received during those segments, the coherent receiver being configured to be dependent on the detector such that after the first reception phase the timings of the time-limited segments processed by the coherent receiver are dependent on the time of reception determined by the detector; and a second antenna configured to provide the signal to the coherent receiver. a detector configured to listen to the signal during a first reception phase, and to be triggered when a feature of the signal is received so as to determine a time of reception of that feature; a first antenna configured to provide the signal to the detector; characterized in that the receiver device further comprises a coherent receiver configured to process the signal in time-limited segments so as to derive information from features of the signal received during those segments, the coherent receiver being configured to be dependent on the detector such that after the first reception phase the timings of the time-limited segments processed by the coherent receiver are dependent on the time of reception determined by the detector; and a second antenna configured to provide the signal to the coherent receiver.
A dentinal tubule sealant comprising apatite particles having an average particle diameter of 500 nm or less, a filler having an average particle diameter of 1 to 10 μm, and a dispersant, wherein the weight ratio (A/B) of the apatite particles to the filler is 0.05 to 15, the dentinal tubule sealant contains 15 to 95 parts by weight of the dispersant relative to 100 parts by weight in total of the apatite particles and the filler, and the total amount of the apatite particles, the filler, and the dispersant is 85 parts by weight or more relative to 100 parts by weight of the dentinal tubule sealant.
A scanning probe microscopy apparatus, comprising: a band excitation signal generator that generates an excitation signal; a probe coupled to the band excitation signal generator wherein the probe is simultaneously excited at a plurality of frequencies within a predetermined frequency band based on the excitation signal; and a detector coupled to the probe that measures a response of the probe across a subset of frequencies of the predetermined frequency band; and a relevant dynamic parameter extractor component coupled to the detector, the relevant dynamic parameter extractor including a processor that performs a mathematical transform selected from the group consisting of an integral transform and a discrete transform. a band excitation signal generator that generates an excitation signal; a probe coupled to the band excitation signal generator wherein the probe is simultaneously excited at a plurality of frequencies within a predetermined frequency band based on the excitation signal; and a detector coupled to the probe that measures a response of the probe across a subset of frequencies of the predetermined frequency band; and a relevant dynamic parameter extractor component coupled to the detector, the relevant dynamic parameter extractor including a processor that performs a mathematical transform selected from the group consisting of an integral transform and a discrete transform.
Device for a flash point determination and/or a combustion point determination of a liquid sample which is receivable in a container and for a flame recognition, comprising: a container reception for receiving the container; an infrared sensor which is arranged for detecting light which is generated by a flame in a region around or within the container; a flame ionization detector with two electrodes, a voltage source for applying an electric voltage to an electrode, and a calibratable resistance measuring circuit, in particular a Wheatstone measuring bridge, for measuring resistance data which indicate a resistance between the electrodes depending on a flame ionization; and an evaluation system which is coupled with the infrared sensor and which is configured for evaluating infrared sensor data (17, 18) of the infrared sensor, to indicate a combustion of the sample and/or a burn of the sample based on the evaluation, wherein a burn comprises a short-time inflammation of the sample, and a combustion comprises a continuous flame. a container reception for receiving the container; an infrared sensor which is arranged for detecting light which is generated by a flame in a region around or within the container; a flame ionization detector with two electrodes, a voltage source for applying an electric voltage to an electrode, and a calibratable resistance measuring circuit, in particular a Wheatstone measuring bridge, for measuring resistance data which indicate a resistance between the electrodes depending on a flame ionization; and an evaluation system which is coupled with the infrared sensor and which is configured for evaluating infrared sensor data (17, 18) of the infrared sensor, to indicate a combustion of the sample and/or a burn of the sample based on the evaluation, wherein a burn comprises a short-time inflammation of the sample, and a combustion comprises a continuous flame.
A biometric data collection device for a toilet, the biometric data collection device comprising: a first compartment including a first circuit board; a second compartment including a second circuit board; and a bridge coupled to the first compartment and the second compartment and configured to be supported by a rim of the toilet so that the first compartment is inside of a bowl of the toilet and the second compartment is outside of the bowl of the toilet, wherein the bridge is changeable in length to fit different widths of the rim; and wherein the bridge includes an outer extender and an inner extender configured to extend within the outer extender; and characterised in that either: there is a spring inside the outer extender, said spring being configured to pull or push the inner extender with respect to the outer extender, or the inner extender and/or the outer extender includes a ratcheting device configured such that it allows the inner extender and outer extender to be pressed together but not apart. a first compartment including a first circuit board; a second compartment including a second circuit board; and a bridge coupled to the first compartment and the second compartment and configured to be supported by a rim of the toilet so that the first compartment is inside of a bowl of the toilet and the second compartment is outside of the bowl of the toilet, wherein the bridge is changeable in length to fit different widths of the rim; and wherein the bridge includes an outer extender and an inner extender configured to extend within the outer extender; and characterised in that either: there is a spring inside the outer extender, said spring being configured to pull or push the inner extender with respect to the outer extender, or the inner extender and/or the outer extender includes a ratcheting device configured such that it allows the inner extender and outer extender to be pressed together but not apart. there is a spring inside the outer extender, said spring being configured to pull or push the inner extender with respect to the outer extender, or the inner extender and/or the outer extender includes a ratcheting device configured such that it allows the inner extender and outer extender to be pressed together but not apart.
A process for preparing a compound of formula: said process comprising reacting the compound of formula D: wherein R 6 is C 1 -C 8 alkyl; with the compound of formula:
A lipocalin mutein having at least 85 % sequence identity to the amino acid sequence set forth in SEQ ID NO: 1 or SEQ ID NO: 2, or a fragment thereof, for use in the treatment of a cell proliferative disorder, wherein the disorder is hepatocyte growth factor-dependent tumor, wherein the fragment of the lipocalin mutein lacks the first four N-terminal amino acid residues and/or the last two C-terminal amino acid residues compared to said lipocalin mutein.
An air vent for a vehicle, the air vent comprising a housing (10, 110) having an inlet opening (14, 114) and an outlet opening (16, 116), wherein the housing (10, 110) forms an air channel (18, 118) for air flowing from the inlet opening (14, 114) to the outlet opening (16, 116), and wherein at least one adjustable front air guide element (20, 120) and at least one adjustable rear air guide element (44, 144) are arranged in the housing (10, 110), wherein the at least one adjustable rear air guide element (44, 144) is positioned upstream of the at least one adjustable front air guide element (20, 120) with respect to the flow direction of the air, further comprising a control element (56, 156) arranged in the region of the outlet opening (16, 116) for adjusting at least the at least one adjustable rear air guide element (44, 144), wherein the control element (56, 156) is carried by at least one of the at least one adjustable rear air guide element (44, 144) via a transmission element (36, 136) extending between the control element (56, 156) and the at least one adjustable rear air guide element (44, 144), wherein the transmission element (36, 136) is adapted to transmit a movement of the control element (56, 156) into a movement of the at least one adjustable rear air guide element (44, 144), the transmission element for transmitting a movement of the control element (56, 156) into a movement of the at least one adjustable rear air guide element (44, 144) constitutes a first transmission element (36, 136), characterized in that the control element (56, 156) is connected to the at least one adjustable front air guide element (20, 120) upstream of the outlet opening (16, 116) via a second transmission element (30, 130), wherein the second transmission element (30, 130) is adapted to transmit a movement of the control element (56, 156) into a movement of the at least one adjustable front air guide element (20, 120), wherein the first transmission element (36, 136) comprises an indentation (39, 139) for receiving a part of the second transmission element (30, 130) during the movement of the at least one adjustable front air guide element (20, 120).
A method of producing isoprene, the method comprising: (a) culturing cells under suitable culture conditions for the production of isoprene, wherein the gas phase comprises less than 9.5 % (volume) oxygen or 9.5 % (volume) oxygen, and (b) producing isoprene, wherein the cells produce greater than 400 nmole/g wcm /hr of isoprene, wherein the cells comprise a heterologous nucleic acid encoding an isoprene synthase polypeptide and wherein the cells further comprise one or more heterologous nucleic acids encoding one or more mevalonate pathway polypeptides and/or one or more copies of endogenous nucleic acids encoding one or more MVA pathway polypeptides, and/or wherein the cells further comprise a nucleic acid encoding an isopentyl-diphosphate delta-isomerase polypeptide, and/or wherein the cells further comprise a heterologous nucleic acid encoding a 1-deoxyxylulose-5-phosphate synthase polypeptide, and/or wherein the cells further comprise a copy of an endogenous nucleic acid encoding a DXS polypeptide. (a) culturing cells under suitable culture conditions for the production of isoprene, wherein the gas phase comprises less than 9.5 % (volume) oxygen or 9.5 % (volume) oxygen, and (b) producing isoprene, wherein the cells produce greater than 400 nmole/g wcm /hr of isoprene,
A method for detecting live bacteria, comprising: providing a fluorescent material which is quenched by oxygen; co-localizing the fluorescent material with the bacteria in a region of a bacteria culture chamber; allowing the bacteria to grow; and detecting a fluorescence signal emitted by the fluorescent material in the co-localized region, characterized in that the fluorescent material comprises fluorescent nanoparticles, and wherein each fluorescent nanoparticle comprises: a metal core; a spacer layer outside the metal core; and a fluorescent material outside the spacer layer. providing a fluorescent material which is quenched by oxygen; co-localizing the fluorescent material with the bacteria in a region of a bacteria culture chamber; allowing the bacteria to grow; and detecting a fluorescence signal emitted by the fluorescent material in the co-localized region, characterized in that the fluorescent material comprises fluorescent nanoparticles, and wherein each fluorescent nanoparticle comprises: a metal core; a spacer layer outside the metal core; and a fluorescent material outside the spacer layer. a metal core; a spacer layer outside the metal core; and a fluorescent material outside the spacer layer.
A mold for resin injection molding having a shaping region formed by a low-density shaped portion having a sintered density that allows a gas discharged with filling of a gas or resin blown or sucked in heating or cooling to pass therethrough and a high-density shaped portion having a sintered density that does not allow the gas to pass therethrough, wherein each ventilation channel for gas exists between one of a primary vent or plural primary vents connecting communicatively with an exterior and plural secondary vents connecting communicatively with a resin molding portion at an inside with communicating both of the primary vent and the plural secondary vents, and said each ventilation channel forms a hollow state with a situation surrounded by a peripheral wall having any one or both of the high-density shaped portion and the low-density shaped portion, and wherein the plural secondary vents are formed only by the low-density shaped portion in a state of having a wall with a thickness thinner than that of the shaping region, characterized in that the thickness of the plural secondary vents is reduced at the inside as compared with a surrounding region.
A method of fabricating a pipeline by butt welding at a circumferential interface between components comprising lengths of pipe (48, 52) disposed end-to-end or between a length of pipe and a pipeline accessory, at least one of which components comprises internal and external layers of different metal separated by a boundary, the method comprising: performing external friction stir welding by effecting relative circumferential movement along the interface of an inwardly-facing external FSW tool positioned outside the pipe, which tool spins about a first axis that is substantially radial with respect to a cross-section of the pipe; and characterised by performing internal friction stir welding by effecting relative circumferential movement along the interface of the outwardly-facing internal FSW tool, which tool spins about a second axis that is substantially radial with respect to the cross-section of the pipe; wherein the step of internal FSW and external FSW are performed such that: the thermo-mechanically affected zones (TMAZs) produced by the external FSW tool and the internal FSW tool each extend partially through a wall of the pipe; the TMAZ produced by the external FSW tool contacts, intersects or overlaps the TMAZ produced by the internal FSW tool; and the TMAZs produced by the external FSW tool and the internal FSW tool have depths that extend to or overlap slightly beyond the boundary between the internal and external layers. performing external friction stir welding by effecting relative circumferential movement along the interface of an inwardly-facing external FSW tool positioned outside the pipe, which tool spins about a first axis that is substantially radial with respect to a cross-section of the pipe; and characterised by performing internal friction stir welding by effecting relative circumferential movement along the interface of the outwardly-facing internal FSW tool, which tool spins about a second axis that is substantially radial with respect to the cross-section of the pipe; wherein the step of internal FSW and external FSW are performed such that: the thermo-mechanically affected zones (TMAZs) produced by the external FSW tool and the internal FSW tool each extend partially through a wall of the pipe; the TMAZ produced by the external FSW tool contacts, intersects or overlaps the TMAZ produced by the internal FSW tool; and the TMAZs produced by the external FSW tool and the internal FSW tool have depths that extend to or overlap slightly beyond the boundary between the internal and external layers. the thermo-mechanically affected zones (TMAZs) produced by the external FSW tool and the internal FSW tool each extend partially through a wall of the pipe; the TMAZ produced by the external FSW tool contacts, intersects or overlaps the TMAZ produced by the internal FSW tool; and the TMAZs produced by the external FSW tool and the internal FSW tool have depths that extend to or overlap slightly beyond the boundary between the internal and external layers.
A method for producing a butene polymer, comprising: a polymerization step of performing polymerization reaction by contacting a raw material component comprising 20% by mass or more of isobutene with a Lewis acid catalyst; an addition step of adding a butene oligomer to the reaction solution of the polymerization reaction; a water washing step of water-washing the reaction solution supplemented with the butene oligomer to obtain a solution to be treated containing the reaction product and the butene oligomer; and a distillation step of subjecting the solution to be treated to distillation treatment to obtain the butene polymer, wherein an amount of the butene oligomer added is 25 parts by mass or larger with respect to 100 parts by mass of the reaction product. a polymerization step of performing polymerization reaction by contacting a raw material component comprising 20% by mass or more of isobutene with a Lewis acid catalyst; an addition step of adding a butene oligomer to the reaction solution of the polymerization reaction; a water washing step of water-washing the reaction solution supplemented with the butene oligomer to obtain a solution to be treated containing the reaction product and the butene oligomer; and a distillation step of subjecting the solution to be treated to distillation treatment to obtain the butene polymer, wherein an amount of the butene oligomer added is 25 parts by mass or larger with respect to 100 parts by mass of the reaction product.
A quiet landing gear door (232, 304) coupleable to a landing gear structure which comprises a landing gear strut and operable to deploy to a landing gear door deployed position and having a leading edge and a trailing edge, comprising a leading edge section comprising the leading edge and coupled to the landing gear door and operable to deflect toward the landing gear strut to a leading edge section deployed position in response to deployment of the landing gear door; characterized by a door flap comprising the trailing edge and hinged to the landing gear door and operable to deflect toward the landing gear strut to a door flap deployed position in response to deployment of the landing gear door.
A system (100, 1100) for measuring tension, pressure and distance of joint tissue, the system (100, 1100) comprising: a prosthetic inlay device (102, 1102) comprising: at least two platform structures, wherein each of the platforms (104, 106, 1104, 1106) are supported on a scissor arm structure (108, 112, 1108, 1112); force sensing sensors (202, 204, 1130); and a connector cable (120, 1120) coupled to the force sensing sensors characterized in that each of the platforms (104, 106, 1104, 1106) is supported on a coil spring (110, 114. 1110, 1114), and that one force sensing sensor (202, 204, 1130) is configured beneath each coil spring (110, 114, 1110, 1114). at least two platform structures, wherein each of the platforms (104, 106, 1104, 1106) are supported on a scissor arm structure (108, 112, 1108, 1112); force sensing sensors (202, 204, 1130); and a connector cable (120, 1120) coupled to the force sensing sensors characterized in that each of the platforms (104, 106, 1104, 1106) is supported on a coil spring (110, 114. 1110, 1114), and that one force sensing sensor (202, 204, 1130) is configured beneath each coil spring (110, 114, 1110, 1114).
Push handle unit of a shopping cart having at least one first and one second end piece, wherein a free-standing, upwardly projecting gripping unit is arranged on at least one end piece, wherein the gripping unit is configured as an object holder for receiving a magnifying glass for magnifying text on a packaging and for receiving a smartphone, characterized in that the object holder is configured such that the smartphone is connectable to the object holder and is thus usable as a mobile scanner.