mhurhangee/ep-ind-claims huggingface dataset:
A composition for a preparation of polyurethane dispersion, comprising bio-based polyol as shown in structure and polyhydroxy fatty acid compound as shown in structure: wherein, R represents a polyhydric alcohol unit that is selected from aliphatic polyhydric alcohol, alicyclic polyhydric alcohol, cyclic polyhydric alcohol, aromatic polyhydric alcohol, or optionally, cyclic polyhydroxyl having heteroatom; R 1 represents a hydrocarbon unit obtained from a molecular chain of unsaturated fatty acid having 14 - 24 carbon atoms and having from 1 - 6 pairs of vicinal diol group per one molecular chain of such unsaturated fatty acid; n represents an integer from 2 to 8 of an ester group obtained from a reaction of polyhydric alcohol and unsaturated fatty acid; wherein said composition comprises polyhydroxy fatty acid compound in an amount of 4 to 16 % by weight and wherein said composition is prepared from a process comprising the steps of: i. mixing fatty acid comprising unsaturated fatty acid and polyhydric alcohol at a ratio of 1 mole equivalent or more of carboxylic group from unsaturated fatty acid per a hydroxy group from polyhydric alcohol; ii. adding organic acid and peroxide compound into the mixture from step i.; iii. adding water into the mixture from step ii. under acidic condition. R represents a polyhydric alcohol unit that is selected from aliphatic polyhydric alcohol, alicyclic polyhydric alcohol, cyclic polyhydric alcohol, aromatic polyhydric alcohol, or optionally, cyclic polyhydroxyl having heteroatom; R 1 represents a hydrocarbon unit obtained from a molecular chain of unsaturated fatty acid having 14 - 24 carbon atoms and having from 1 - 6 pairs of vicinal diol group per one molecular chain of such unsaturated fatty acid; n represents an integer from 2 to 8 of an ester group obtained from a reaction of polyhydric alcohol and unsaturated fatty acid; wherein said composition comprises polyhydroxy fatty acid compound in an amount of 4 to 16 % by weight and wherein said composition is prepared from a process comprising the steps of: i. mixing fatty acid comprising unsaturated fatty acid and polyhydric alcohol at a ratio of 1 mole equivalent or more of carboxylic group from unsaturated fatty acid per a hydroxy group from polyhydric alcohol; ii. adding organic acid and peroxide compound into the mixture from step i.; iii. adding water into the mixture from step ii. under acidic condition. i. mixing fatty acid comprising unsaturated fatty acid and polyhydric alcohol at a ratio of 1 mole equivalent or more of carboxylic group from unsaturated fatty acid per a hydroxy group from polyhydric alcohol; ii. adding organic acid and peroxide compound into the mixture from step i.; iii. adding water into the mixture from step ii. under acidic condition.
A combined multi-coupler for a top drive, comprising: a housing having a cavity, wherein the cavity has a bayonet profile, and wherein the housing includes one or more tapered load shoulders; a locking plate movably disposed in the housing; one or more couplers disposed in the locking plate; characterised in that: one or more locking elements disposed in the locking plate, wherein the locking elements are movable between a retracted position and a locked position, and the locking elements extend from the locking plate into the cavity in the locked position. a housing having a cavity, wherein the cavity has a bayonet profile, and wherein the housing includes one or more tapered load shoulders; a locking plate movably disposed in the housing; one or more couplers disposed in the locking plate; characterised in that: one or more locking elements disposed in the locking plate, wherein the locking elements are movable between a retracted position and a locked position, and the locking elements extend from the locking plate into the cavity in the locked position.
A method for direct access to a memory area of a portable data storage medium connected to a terminal by an application executed on the terminal, characterized in that in the data storage medium a file is created that is assigned to the application, the application directly accesses the memory area occupied by the file via a memory address in the memory area, the application ascertains a memory address in the memory area occupied by the file for a direct access, and that the application, upon a direct access to the memory area occupied by the file, checks the presence of at least one predetermined indicator sequence in the data storage medium, wherein the at least one indicator sequence marks memory addresses in the memory area occupied by the file and is predetermined such that the probability is minimized that payload data present in the data storage medium comprise a data sequence that is identical to the at least one indicator sequence.
Method for producing a tubular heat exchanger consisting of at least two tubes, characterised by - injection moulding a respective identical outer contour around the at least two tubes, - producing a joint connection between the at least two tubes over their identical outer contour, - sealing the tubular heat exchanger in the area of the joint connection and/or along at least a portion of the outer contour. - injection moulding a respective identical outer contour around the at least two tubes, - producing a joint connection between the at least two tubes over their identical outer contour, - sealing the tubular heat exchanger in the area of the joint connection and/or along at least a portion of the outer contour.
A device for assisting breathing, comprising: a compressor for providing a pressurized airflow; a fluidic diverter fluidly coupled to the compressor, the fluidic diverter comprising: an actuator comprising an inlet for receiving the pressurized airflow, a first outlet, and a second outlet, a flow path disposed on the actuator and fluidly coupled to the inlet and each of the first and second outlets; and a cover disposed on the actuator to enclose the flow path; wherein: the fluidic diverter converts the pressurized airflow into pulses of pressurized air diverted alternately into each of the first and second outlets; wherein the pulses of pressurized air exit the first and second outlets and enter a nasal passageway of a subject to assist breathing. a compressor for providing a pressurized airflow; a fluidic diverter fluidly coupled to the compressor, the fluidic diverter comprising: an actuator comprising an inlet for receiving the pressurized airflow, a first outlet, and a second outlet, a flow path disposed on the actuator and fluidly coupled to the inlet and each of the first and second outlets; and a cover disposed on the actuator to enclose the flow path; an actuator comprising an inlet for receiving the pressurized airflow, a first outlet, and a second outlet, a flow path disposed on the actuator and fluidly coupled to the inlet and each of the first and second outlets; and a cover disposed on the actuator to enclose the flow path; wherein: the fluidic diverter converts the pressurized airflow into pulses of pressurized air diverted alternately into each of the first and second outlets; wherein the pulses of pressurized air exit the first and second outlets and enter a nasal passageway of a subject to assist breathing.
A semiconductor integrated circuit device comprising: an output terminal used to output a signal (VOUT); a first switching circuit provided in a current path between the output terminal and a first power supply line, the first switching circuit being turned on or off according to an input signal (IN_B); an N-type DMOS transistor, provided in a current path between the output terminal and the first switching circuit, as for which a source is connected to the output terminal, a drain is connected to the first switching circuit, and the N-type DMOS transistor is turned on when a potential at a gate becomes higher than a threshold voltage in comparison with a potential at the source; a second switching circuit connected in parallel to the N-type DMOS transistor, the second switching circuit being turned on when a voltage at the output terminal with respect to a potential in the first power supply line becomes higher than a positive first voltage; and a control circuit that sets a voltage at the gate of the N-type DMOS transistor with respect to the potential in the first power supply line to a second voltage higher than the threshold voltage in comparison with the first voltage when a potential at the output terminal is higher than the potential in the first power supply line, and sets the voltage at the gate of the N-type DMOS transistor with respect to the potential at the output terminal to a voltage lower than the threshold value when the potential at the output terminal is lower than the potential in the first power supply line. an output terminal used to output a signal (VOUT); a first switching circuit provided in a current path between the output terminal and a first power supply line, the first switching circuit being turned on or off according to an input signal (IN_B); an N-type DMOS transistor, provided in a current path between the output terminal and the first switching circuit, as for which a source is connected to the output terminal, a drain is connected to the first switching circuit, and the N-type DMOS transistor is turned on when a potential at a gate becomes higher than a threshold voltage in comparison with a potential at the source; a second switching circuit connected in parallel to the N-type DMOS transistor, the second switching circuit being turned on when a voltage at the output terminal with respect to a potential in the first power supply line becomes higher than a positive first voltage; and a control circuit that sets a voltage at the gate of the N-type DMOS transistor with respect to the potential in the first power supply line to a second voltage higher than the threshold voltage in comparison with the first voltage when a potential at the output terminal is higher than the potential in the first power supply line, and sets the voltage at the gate of the N-type DMOS transistor with respect to the potential at the output terminal to a voltage lower than the threshold value when the potential at the output terminal is lower than the potential in the first power supply line.
An article of manufacture, comprising: a photovoltaic element having a conductive layer positioned on a light-incident side of the PV element; a conductor electrically coupled to the conductive layer; a conductive particle matrix interposed between the conductor and the conductive layer at a plurality of positions on the conductive layer; a carrier film positioned on the light-incident side of the PV element; and a non-conductive adhesive, wherein the adhesive and the conductor are interposed between the carrier film and the conductive layer. a photovoltaic element having a conductive layer positioned on a light-incident side of the PV element; a conductor electrically coupled to the conductive layer; a conductive particle matrix interposed between the conductor and the conductive layer at a plurality of positions on the conductive layer; a carrier film positioned on the light-incident side of the PV element; and a non-conductive adhesive, wherein the adhesive and the conductor are interposed between the carrier film and the conductive layer.
A flare characterization system comprising: at least one camera for obtaining video information of a flare emitted by a flare stack of a plant; a video analytics module connected to the at least one camera, the video analytics module analyzing the video images captured by the at least one camera to obtain a characterization of the flare, the characterization including an approximation of the three dimensional shape of the flare using a generalized cylinder defined by a medial axis and edges; a control system connected to the video analytics module; and a user interface connected to the control system, wherein video analytics module is configured to provide the characterization of the flare to the user interface via the control system, and the user interface is configured to display a visual sense of the characterization of the flare to a user; wherein the flare characterization system is configured to store the obtained video images of the flare for later retrieval, review, or regulatory purposes. at least one camera for obtaining video information of a flare emitted by a flare stack of a plant; a video analytics module connected to the at least one camera, the video analytics module analyzing the video images captured by the at least one camera to obtain a characterization of the flare, the characterization including an approximation of the three dimensional shape of the flare using a generalized cylinder defined by a medial axis and edges; a control system connected to the video analytics module; and a user interface connected to the control system, wherein video analytics module is configured to provide the characterization of the flare to the user interface via the control system, and the user interface is configured to display a visual sense of the characterization of the flare to a user; wherein the flare characterization system is configured to store the obtained video images of the flare for later retrieval, review, or regulatory purposes.
An organic light emitting display comprising: a plurality of pixels formed on a substrate, each pixel comprising a first electrode, an organic light emitting layer and a second electrode; wherein the organic light emitting display comprises a plurality of light emitting regions and a plurality of non-light emitting regions, each non-light emitting region being arranged between adjacent ones of the light emitting regions; wherein each pixel comprises: a pixel defining layer formed on the first electrode; and a recess formed at a non-light emitting region of the pixel defining layer, wherein the second electrode is formed on the entire surface of the substrate and in the recess as well such that the second electrode includes a portion disposed in the recess on an inner wall of the recess, the portion extending along the recess of the pixel defining layer, characterized in that a conductive material is disposed on the portion of the second electrode in the recess such that the second electrode separates the conductive material from the pixel defining layer, wherein the conductive material is a dried conductive ink, wherein the recess extends as continuous segment along a plurality of pixels. a plurality of pixels formed on a substrate, each pixel comprising a first electrode, an organic light emitting layer and a second electrode; wherein the organic light emitting display comprises a plurality of light emitting regions and a plurality of non-light emitting regions, each non-light emitting region being arranged between adjacent ones of the light emitting regions; wherein each pixel comprises: a pixel defining layer formed on the first electrode; and a recess formed at a non-light emitting region of the pixel defining layer, wherein the second electrode is formed on the entire surface of the substrate and in the recess as well such that the second electrode includes a portion disposed in the recess on an inner wall of the recess, the portion extending along the recess of the pixel defining layer, characterized in that a conductive material is disposed on the portion of the second electrode in the recess such that the second electrode separates the conductive material from the pixel defining layer, wherein the conductive material is a dried conductive ink, wherein the recess extends as continuous segment along a plurality of pixels. a pixel defining layer formed on the first electrode; and a recess formed at a non-light emitting region of the pixel defining layer, wherein the second electrode is formed on the entire surface of the substrate and in the recess as well such that the second electrode includes a portion disposed in the recess on an inner wall of the recess, the portion extending along the recess of the pixel defining layer, characterized in that a conductive material is disposed on the portion of the second electrode in the recess such that the second electrode separates the conductive material from the pixel defining layer, wherein the conductive material is a dried conductive ink, wherein the recess extends as continuous segment along a plurality of pixels.
A semi-transparent photocathode for a photon detector, including: - a transparent support layer having a front face to receive said photons and an opposite back face, and - a photoemissive layer provided on said back face and having an opposite emitting face, intended to receive said photons from said support layer and to responsively emit photoelectrons from said emitting face, characterized in that it includes a transmission diffraction grating able to diffract said photons, provided in the support layer and located at said back face. - a transparent support layer having a front face to receive said photons and an opposite back face, and - a photoemissive layer provided on said back face and having an opposite emitting face, intended to receive said photons from said support layer and to responsively emit photoelectrons from said emitting face,
A system for tracking pipe activity on a rig, the system being arranged to track activity of a plurality of pipes either individually or as part of a pipe stand or drill string; the system comprising; the plurality of pipes; a pipe handling space for assembling and disassembling the pipes, the pipe handling space containing at least one pipe handling apparatus (14, 16); a first scanning zone located at a first position in the pipe handling space, the first scanning zone containing a first reader antenna; a second scanning zone located at a second position in the pipe handling space, the second scanning zone containing a second reader antenna; at least one reader (64, 66) configured to communicate with the asset ID tags in the pipe handling space through both of the first antenna and the second antenna; characterized in that each pipe has an asset ID tag containing a code unique to the pipe, and in that the first reader antenna is separated from the second reader antenna by a distance that is equal to the separation distance between two asset ID tags attached at different locations along the length of the pipe, pipe stand or drill string.
A device for separating a patient's eyelid in procedures for the intravitreal injection of medicinal substances, comprising: - a distal sector further comprising a body and a shoulder, wherein the body comprises a curved front face intended for contacting the corneoscleral limbus of a patient's eye and wherein said body has at least one orifice adapted for introducing a needle of a syringe; - an elongated handle extending from the body and located at the opposite end of the distal sector of the device; the shoulder is hook-shaped for contacting the patient's upper eyelid, and wherein the handle forms a longitudinal geometry from its distal sector to the handle, characterized in that the device is suitable for pulling on the patient's upper eyelid by means of the hook-shaped shoulder with the patient in a supine decubitus position, wherein the body further comprises a viewing opening that transversely goes through the body located in the distal section and upwardly to the curved front face, which allows to examine the behavior of the eye while applying the intravitreal injection. - a distal sector further comprising a body and a shoulder, wherein the body comprises a curved front face intended for contacting the corneoscleral limbus of a patient's eye and wherein said body has at least one orifice adapted for introducing a needle of a syringe; - an elongated handle extending from the body and located at the opposite end of the distal sector of the device;
The starting system for small engines is comprised of: inside of a starter case, a cylindrical cam having a cam nail which engages with a pulley centrifugal latchet fixed on an engine crank shaft, and a drive gear connecting to the cylindrical cam via a horse power spring located on a same axis; a stopper being arranged near a cam plate which is integrally formed with the pulley, and being supported in a swinging manner around a spindle provided in the starter case, and being movable to an engaging position to engage with an end part behind the rotation direction of a cam plate depressed area and to an avoidance position for avoiding a cam plate rim; urging means urging the stopper to the avoidance position, on the other hand enabling the stopper to move to the engaging position, and urging the stopper not to move to the avoidance position until a sufficient rotation load is added to the cam plate at the engaging position; a first spring being arranged on one side of the stopper, and urging the stopper to swing to the avoidance position; a second spring being arranged on the other side of the stopper, and urging the stopper to swing to the engaging position to enable the stopper to move to the engaging position by pulling the second spring from outside. inside of a starter case, a cylindrical cam having a cam nail which engages with a pulley centrifugal latchet fixed on an engine crank shaft, and a drive gear connecting to the cylindrical cam via a horse power spring located on a same axis; a stopper being arranged near a cam plate which is integrally formed with the pulley, and being supported in a swinging manner around a spindle provided in the starter case, and being movable to an engaging position to engage with an end part behind the rotation direction of a cam plate depressed area and to an avoidance position for avoiding a cam plate rim; urging means urging the stopper to the avoidance position, on the other hand enabling the stopper to move to the engaging position, and urging the stopper not to move to the avoidance position until a sufficient rotation load is added to the cam plate at the engaging position;
A transistor or a thin-film transistor, comprising at least one layer of a semiconductor layer including inorganic particles and an organic compound having relative permittivity of 5 or more and 150 or less, wherein the inorganic particles include metal oxide particles or silicon particles, content of the inorganic particles in the semiconductor layer is 10 mass% or more and 90 mass% or less, and the semiconductor layer has carrier mobility of 0.0001cm 2 /Vs or more.