mhurhangee/ep-ind-claims huggingface dataset:
A vehicular position detecting device (14,114) for detecting a position of a mobile object for a vehicle, the mobile object being moved by a driving force of a rotary driving source, the vehicular position detecting device (14,114) including: a deceleration device; and a rotation sensor detecting a rotation output from the deceleration device as an absolute angle, wherein a position of the mobile object is detected based on the absolute angle detected by the rotation sensor; the vehicular position detecting device being characterized in that the deceleration device has a two-stage hypo-cycloid mechanism decelerating the rotation amount of a rotation shaft rotated plural revolutions to one revolution or less by the driving source when the mobile object is moved. a deceleration device; and a rotation sensor detecting a rotation output from the deceleration device as an absolute angle, wherein a position of the mobile object is detected based on the absolute angle detected by the rotation sensor; the vehicular position detecting device being characterized in that the deceleration device has a two-stage hypo-cycloid mechanism decelerating the rotation amount of a rotation shaft rotated plural revolutions to one revolution or less by the driving source when the mobile object is moved.
A gasification reactor for extracting a combustible gas from lumpy fuels containing carbon, in particular woodchips, comprising: - an input section, which is surrounded by an outer wall, for supplying the fuel; - an oxidation section, which is adjacent to the input section, which is surrounded by an outer wall and in which the fuel can be proportionately oxidized while supplying a mixture of oxygen; - a reduction section in which the carbon can be at least partially reduced leading to the formation of combustible gas; - an output section, which is adjacent to the reduction section and which comprises at least one outlet opening for discharging the mixture of smoke and combustible gas, wherein a sieve device is arranged between the reduction section and the output section, characterized in that the sieve device is directly or indirectly connected to the outer wall of the oxidation section in a heat-conductive manner for transferring thermal energy to the sieve device and from said sieve device to the fuel adhering to said sieve device. - an input section, which is surrounded by an outer wall, for supplying the fuel; - an oxidation section, which is adjacent to the input section, which is surrounded by an outer wall and in which the fuel can be proportionately oxidized while supplying a mixture of oxygen; - a reduction section in which the carbon can be at least partially reduced leading to the formation of combustible gas; - an output section, which is adjacent to the reduction section and which comprises at least one outlet opening for discharging the mixture of smoke and combustible gas, wherein a sieve device is arranged between the reduction section and the output section,
An ultrasonic diagnosis apparatus, comprising: an ultrasonic probe for transmitting/receiving an ultrasonic wave to/from a specific portion within a subject to be diagnosed to whom a contrast medium has been introduced; a driving signal generator for generating a driving signal of said ultrasonic probe; characterized in that the apparatus further comprises: a controller for controlling said driving signal generator to acquire image data for one frame in such a manner that said ultrasonic probe consecutively transmits each of a plurality of ultrasonic waves of a different mechanical function applied to bubbles of the contrast medium by increasing a transmission driving sound pressure or decreasing a transmission sound frequency step by step after the specific portion of the subject is filled with the bubbles of the contrast medium, said plurality of ultrasonic waves of the different mechanical functions being used to destroy bubbles of said contrast medium having different sizes, and to acquire a plurality of images that correspond to the different sizes of the bubbles. an ultrasonic probe for transmitting/receiving an ultrasonic wave to/from a specific portion within a subject to be diagnosed to whom a contrast medium has been introduced; a driving signal generator for generating a driving signal of said ultrasonic probe; characterized in that the apparatus further comprises: a controller for controlling said driving signal generator to acquire image data for one frame in such a manner that said ultrasonic probe consecutively transmits each of a plurality of ultrasonic waves of a different mechanical function applied to bubbles of the contrast medium by increasing a transmission driving sound pressure or decreasing a transmission sound frequency step by step after the specific portion of the subject is filled with the bubbles of the contrast medium, said plurality of ultrasonic waves of the different mechanical functions being used to destroy bubbles of said contrast medium having different sizes, and to acquire a plurality of images that correspond to the different sizes of the bubbles.
A multi-ply, high quality paperboard comprising chemical and mechanical pulp of cellulosic fibers, wherein 100% of the total fiber content of said paperboard are hardwood fibers and wherein the fibers have not been fractionized.
Silo comprising one or more cells, each cell comprising one or more outlet openings, wherein said cells have an angular cross-section and said outlet openings have a non-angular cross-section, wherein said outlet openings and said cells are connected by means of a transition plate, characterized in that said transition plate is a curved transition plate, and in that the angle α between the wall of the cell and said transition plate is constant along the radial periphery of the outlet opening.
A printing consumable for being installed in a printer, comprising: an ink container, detachably installed on an ink cartridge main body; and a first memory, disposed on the ink container, wherein the first memory is capable of being accessed by said printer and stores ink amount data related to an ink status in the ink container, wherein: the printer is configured to rewrite the ink amount data during an ink consumption process, wherein when ink is used up or nearly used up, the printer is configured to rewrite a part of the ink amount data; and the part of the ink amount data is configured to be at a non-rewritable protected state to influence a rewriting of the part of the ink amount data by the printer; characterized in that said printer is configured to stop the printing operation when the ink amount data cannot be overwritten successfully by said printer. an ink container, detachably installed on an ink cartridge main body; and a first memory, disposed on the ink container, wherein the first memory is capable of being accessed by said printer and stores ink amount data related to an ink status in the ink container, the printer is configured to rewrite the ink amount data during an ink consumption process, wherein when ink is used up or nearly used up, the printer is configured to rewrite a part of the ink amount data; and the part of the ink amount data is configured to be at a non-rewritable protected state to influence a rewriting of the part of the ink amount data by the printer; characterized in that said printer is configured to stop the printing operation when the ink amount data cannot be overwritten successfully by said printer.
A method of refurbishing an existing sash window comprising an existing parting bead and sashes (11,12) formed of timber for sliding relative to a window frame within an existing sash box, wherein each sash (11,12) has a respective outer perimeter defined by the outside of the timber forming said sash and facing the window frame; the method comprising the steps of: providing first compressible foam seals within respective grooves in each side of said respective outer perimeter of each sash (11,12); removing the existing parting bead and providing a replacement parting bead that fits the existing sash box, wherein a second compressible foam seal is provided within a channel of the replacement parting bead to compensate for any misshaping of the existing sash box, wherein the first compressible foam seals are flipper seals and wherein the second compressible foam seal is a bubble seal, wherein the choice of thickness of the replacement parting bead and the choice of bubble seal aids efficiency in the movement in relation to the front to back of the existing sash box. providing first compressible foam seals within respective grooves in each side of said respective outer perimeter of each sash (11,12); removing the existing parting bead and providing a replacement parting bead that fits the existing sash box, wherein a second compressible foam seal is provided within a channel of the replacement parting bead to compensate for any misshaping of the existing sash box, wherein the first compressible foam seals are flipper seals and wherein the second compressible foam seal is a bubble seal, wherein the choice of thickness of the replacement parting bead and the choice of bubble seal aids efficiency in the movement in relation to the front to back of the existing sash box.
A diagnostic system for monitoring changes in a fluid in the brain of a patient, the system comprising: a headset for holding the system on the patient's head; one or more stabilizers coupled with the headset to reduce relative motion of the headset relative to the patient; a transmitter attached to the headset and configured to generate and transmit a time-varying magnetic field into the fluid responsive to a first signal; a receiver, attached to the headset and positioned on an opposite side of the fluid from the transmitter and configured to generate a second signal responsive to a received magnetic field at the receiver; a processing unit configured to determine a phase shift between the transmitted magnetic field and the received magnetic field for a plurality of frequencies of the transmitted time-varying magnetic field; and at least one motion detection member configured to detect motion of one or more of the transmitter, receiver or the patient; wherein the processing unit is configured to exclude phase shift data corresponding to periods of time wherein the motion detection member detects motion of one of the transmitter, receiver or patient above a set threshold; wherein at least one of the transmitter or the receiver comprises a loop (272, 273) formed using a shielded transmission line, and wherein the shielded transmission line comprises a strip line on a printed circuit board coupled between two grounded planes (270, 274), and the loop has a lowest natural resonant frequency above 200 MHz. a headset for holding the system on the patient's head; one or more stabilizers coupled with the headset to reduce relative motion of the headset relative to the patient; a transmitter attached to the headset and configured to generate and transmit a time-varying magnetic field into the fluid responsive to a first signal; a receiver, attached to the headset and positioned on an opposite side of the fluid from the transmitter and configured to generate a second signal responsive to a received magnetic field at the receiver; a processing unit configured to determine a phase shift between the transmitted magnetic field and the received magnetic field for a plurality of frequencies of the transmitted time-varying magnetic field; and at least one motion detection member configured to detect motion of one or more of the transmitter, receiver or the patient; wherein the processing unit is configured to exclude phase shift data corresponding to periods of time wherein the motion detection member detects motion of one of the transmitter, receiver or patient above a set threshold; wherein at least one of the transmitter or the receiver comprises a loop (272, 273) formed using a shielded transmission line, and wherein the shielded transmission line comprises a strip line on a printed circuit board coupled between two grounded planes (270, 274), and the loop has a lowest natural resonant frequency above 200 MHz.
A method for identifying a site or region of a gene or genome for differential methylation analysis, the method comprising: (a) obtaining one or more test samples of genomic DNA and one or more reference samples of genomic DNA; (b) digesting said test and reference samples obtained in (a) with at least one methylation-dependent restriction enzyme including Gla I; (c) selecting restriction fragments generated in (b) of at least about 40 bp and up to about 500 bp; (d) constructing libraries of said size-selected restriction fragments and sequencing said fragments; (e) aligning sequences obtained in (d), derived from said test and reference samples, with a reference genome and comparing sequences; and (f) identifying from the aligned sequences a methylated or unmethylated site or region of a gene or genome for differential methylation analysis. (a) obtaining one or more test samples of genomic DNA and one or more reference samples of genomic DNA; (b) digesting said test and reference samples obtained in (a) with at least one methylation-dependent restriction enzyme including Gla I; (c) selecting restriction fragments generated in (b) of at least about 40 bp and up to about 500 bp; (d) constructing libraries of said size-selected restriction fragments and sequencing said fragments; (e) aligning sequences obtained in (d), derived from said test and reference samples, with a reference genome and comparing sequences; and (f) identifying from the aligned sequences a methylated or unmethylated site or region of a gene or genome for differential methylation analysis.
Vascular implant (10; 30) for implantation in the vessel of a patient, the vascular implant (10; 30) being transferable from a compressed state to an expanded state, and comprising a hollow cylindrical body having a longitudinal direction and a first and second end, and first and second end regions, and a body lumen extending from said first to said second end, wherein the hollow cylindrical body is formed by a tubular lattice framework, wherein the vascular implant (10; 30) comprises at least one first harder region having a radial force and a stiffness higher than the radial force and stiffness of at least one second softer region adjacent to the first harder region, wherein the vascular implant, along its longitudinal direction, further comprises a continuous transition from the higher stiffness and radial force in the first harder region to the lower stiffness and radial force in the second softer region, and wherein the vascular implant has at least one region comprising an implant material secured to the lattice framework, and wherein the first end represents the proximal end and the second end represents the distal end, wherein the first harder region is formed in the proximal end region, and the second softer region is formed in the distal end region, characterized in that the tubular lattice framework is formed of one-piece stent springs arranged one behind the other and circumferentially meandering perpendicularly to the longitudinal direction, which stent springs have pointed arcs pointing alternately to the proximal and distal ends of the body and parallel to the longitudinal direction thereof, wherein an pointed arc is formed from an apex and two legs, wherein the stent springs in the proximal end region each have more pointed arcs than the stent springs in the distal end region.
A vehicular electric power source control device provided on a vehicle provided with an engine that may be stopped even in a vehicle drivable state which is established when a predetermined condition is satisfied and in which a vehicle drive force can be generated, and an electric-energy storage device which is charged by an operation of said engine, the vehicular electric power source control device permitting implementation of an automatic engine starting control to start said engine when an amount of an electric energy stored in said electric-energy storage device has been reduced to or below a predetermined charging start threshold value (A1soc) while the engine is held at rest in said vehicle drivable state, the vehicle electric power source control device being characterized by comprising: an engine start permitting portion configured to permit the implementation of said automatic engine starting control under a condition that any passenger is present within the vehicle and an engine start inhibiting portion configured to inhibit the implementation of said automatic engine starting control irrespective of the amount of the electric energy stored in said electric-energy storage device, if an electronic key for radio communication with the vehicle to place said vehicle in said vehicle drivable state is not located within the vehicle and if said passenger is not present within the vehicle at all. an engine start permitting portion configured to permit the implementation of said automatic engine starting control under a condition that any passenger is present within the vehicle and an engine start inhibiting portion configured to inhibit the implementation of said automatic engine starting control irrespective of the amount of the electric energy stored in said electric-energy storage device, if an electronic key for radio communication with the vehicle to place said vehicle in said vehicle drivable state is not located within the vehicle and if said passenger is not present within the vehicle at all.
An acetaminophen and tramadol compound oral solution, characterized in, a total weight of the acetaminophen and tramadol compound oral solution being 100 wt%, comprising: an acetaminophen having a weight percentage of 1.447 wt% to 6.702 wt%; a tramadol having a weight percentage of 0.167 wt% to 0.773 wt%; and a solvent system, weighted 90.828 wt% to 98.02 wt%, consisting of: a glycerin, a water and at least one polyethylene glycol, wherein the polyethylene glycol has a weight percentage of 17 wt% to 65 wt% of the total weight of the acetaminophen and tramadol compound oral solution; wherein the polyethylene glycol is selected from the group consisting of PEG300, PEG400, PEG1000, PEG1450 and PEG3350. an acetaminophen having a weight percentage of 1.447 wt% to 6.702 wt%; a tramadol having a weight percentage of 0.167 wt% to 0.773 wt%; and a solvent system, weighted 90.828 wt% to 98.02 wt%, consisting of: a glycerin, a water and at least one polyethylene glycol, wherein the polyethylene glycol has a weight percentage of 17 wt% to 65 wt% of the total weight of the acetaminophen and tramadol compound oral solution; wherein the polyethylene glycol is selected from the group consisting of PEG300, PEG400, PEG1000, PEG1450 and PEG3350.
A beam configured to couple to a vehicle, comprising: a first end area comprising a first end midpoint equidistant from a top face and a bottom face on a vertical axis (y) when the beam is positioned on the vehicle; a second end area comprising a second end midpoint equidistant from the top face and the bottom face on the vertical axis when the beam is positioned on the vehicle; a central area positioned between the first end area and the second end area, the central area having a central area midpoint that is equidistant from the top face and the bottom face on the vertical axis when the beam is positioned on the vehicle 38 and that is positioned in the center of the beam along a longitudinal axis (x); an inner surface; and an outer surface; characterized in that the longitudinal axis of the beam passes through the first end area and the second end area; wherein the central area is capable of rotating about the longitudinal axis when the beam is impacted by an applied force; wherein the central area is vertically offset from the end areas such that the central area midpoint is located at a point on the beam that is lower or higher than the end area midpoints. a first end area comprising a first end midpoint equidistant from a top face and a bottom face on a vertical axis (y) when the beam is positioned on the vehicle; a second end area comprising a second end midpoint equidistant from the top face and the bottom face on the vertical axis when the beam is positioned on the vehicle; a central area positioned between the first end area and the second end area, the central area having a central area midpoint that is equidistant from the top face and the bottom face on the vertical axis when the beam is positioned on the vehicle 38 and that is positioned in the center of the beam along a longitudinal axis (x); an inner surface; and an outer surface; characterized in that the longitudinal axis of the beam passes through the first end area and the second end area; wherein the central area is capable of rotating about the longitudinal axis when the beam is impacted by an applied force; wherein the central area is vertically offset from the end areas such that the central area midpoint is located at a point on the beam that is lower or higher than the end area midpoints.
A multi-purpose apparatus for processing yarns and the like, comprising an operating device including two electrodes (3, 4) opposite to one another and arranged in a casing at different levels, said apparatus further comprising one or more fluid-, liquid- and gas-injection elements (11, 12, 111, 121); said apparatus being characterized in that it comprises an ozone conveying fan and ozone absorbing means arranged in said casing, said ozone conveying fan conveying plasma processing ozone to said ozone absorbing means which absorbs ozone generated by plasma being ionized; said ozone absorbing means splitting ozone molecules while emitting oxygen into an encompassing environment.
An electron beam curable water-based ink-jet ink composition comprising a colorant, a resin emulsion, a water-soluble photopolymerizable monomer, and water, wherein the water-soluble photopolymerizable monomer comprises an acrylamide derivative, wherein a content of the acrylamide derivative is 20 to 55% by mass in the electron beam curable water-based ink-jet ink composition, wherein a content of the resin emulsion is 3 to 8% by mass in terms of a solid content in the electron beam curable water-based ink-jet ink composition, wherein the resin emulsion contains a polyurethane-based resin emulsion, and wherein the water content is 40 to 75% by mass in the electron beam curable water-based ink-jet ink composition. wherein the water-soluble photopolymerizable monomer comprises an acrylamide derivative, wherein a content of the acrylamide derivative is 20 to 55% by mass in the electron beam curable water-based ink-jet ink composition, wherein a content of the resin emulsion is 3 to 8% by mass in terms of a solid content in the electron beam curable water-based ink-jet ink composition, wherein the resin emulsion contains a polyurethane-based resin emulsion, and wherein the water content is 40 to 75% by mass in the electron beam curable water-based ink-jet ink composition.
A valve, in particular a pressure regulating valve or pressure limiting valve for controlling a pressure of a medium flowing through the valve, with a main stage and a pilot stage controlling the main stage, which pilot stage is controlled by means of an energisable actuating device against the action of a return device and has a pressure relief stage of the valve, characterised in that the pressure relief stage has a surface area modification device and that the surface area modification device has a first, larger pressure-active surface area (F 1) and an opposing second, smaller pressure-active surface area (F 2), and that a media pressure (pv) influenced by the pilot stage acts on these pressure-active surface areas (F 1, F 2), forming a surface area difference (F 1 - F 2) and/or that the surface area modification device is formed by at least one aperture.