mhurhangee/patent-ind-claim-en huggingface dataset:
A gas cooking device comprising a cooktop plate , at least one opening provided on the cooktop plate , a gas control member positioned below the cooktop plate , having a rotatable shaft which passes through the opening , wherein the cooktop plate has an embossed form defined along a periphery of the opening in such a way that it is providing a barrier between the opening and the cooktop plate , wherein a control knob of the gas cooking device has a shaft connection housing extending in the direction of a rotation axis (A) of the rotatable shaft , wherein the shaft connection housing connects to a free end of the rotatable shaft in such a way that it is rotating with the rotatable shaft jointly, wherein the control knob has a shell surrounding the rotation axis (A) whereby a knob housing is provided on a side facing the embossed form , characterized in that the control knob covers the embossed form by means of the shell and the knob housing .
A coating solution for forming a conductive polymer layer comprising: a conductive monomer or a conductive polymer, the conductive polymer comprising a polyacetylene, a poly(fluorene), a polyphenylene, a polyphenylene vinylene, a polypyrene, a polyazulene, a polynaphthalene, a poly(pyrrole), a polycarbazole, a polyindole, a polyazepine, a polyaniline, a polyacene, a polythiophene, a polythiophene vinylene, a poly(p-phenylene sulfide), a polypyridine, or functionalized derivatives, precursors or blends thereof; at least one photoreactive component comprising an anionic photoreactive cross-linking agent which comprises disodium 4,5-bis[(4-benzoylbenzyl)oxy]-1,3-benzenedisulfonate or sodium bis(benzoyl)phosphate or an anionic photoreactive hydrophilic polymer including polymers including polyacrylamide and photoreactive groups; and a solvent. a conductive monomer or a conductive polymer, the conductive polymer comprising a polyacetylene, a poly(fluorene), a polyphenylene, a polyphenylene vinylene, a polypyrene, a polyazulene, a polynaphthalene, a poly(pyrrole), a polycarbazole, a polyindole, a polyazepine, a polyaniline, a polyacene, a polythiophene, a polythiophene vinylene, a poly(p-phenylene sulfide), a polypyridine, or functionalized derivatives, precursors or blends thereof; at least one photoreactive component comprising an anionic photoreactive cross-linking agent which comprises disodium 4,5-bis[(4-benzoylbenzyl)oxy]-1,3-benzenedisulfonate or sodium bis(benzoyl)phosphate or an anionic photoreactive hydrophilic polymer including polymers including polyacrylamide and photoreactive groups; and a solvent.
A method comprising: receiving , by at least one processor, calibration information comprising a first power spectral density (PSD) value and a first sand concentration value at a particular frequency; collecting , by at least one processor, data in a liquid flow at the particular frequency at a first depth in a downhole environment; determining , by the at least one processor, a second power spectral density (PSD) value for the data in the liquid flow at the particular frequency; comparing , by the at least one processor, the second PSD value with the first PSD value and determining that sand is present in the liquid flow when the second PSD value is greater than the first PSD value by a predefined threshold; and quantifying , by the at least one processor, a second sand concentration value of the sand present in the liquid flow based on the first sand concentration value. receiving , by at least one processor, calibration information comprising a first power spectral density (PSD) value and a first sand concentration value at a particular frequency; collecting , by at least one processor, data in a liquid flow at the particular frequency at a first depth in a downhole environment; determining , by the at least one processor, a second power spectral density (PSD) value for the data in the liquid flow at the particular frequency; comparing , by the at least one processor, the second PSD value with the first PSD value and determining that sand is present in the liquid flow when the second PSD value is greater than the first PSD value by a predefined threshold; and quantifying , by the at least one processor, a second sand concentration value of the sand present in the liquid flow based on the first sand concentration value.
A medical image processing apparatus comprising: a medical image acquiring unit that acquires a medical image through imaging of an observation target; a region-of-interest detecting unit that detects a region of interest in the observation target from the medical image acquired by the medical image acquiring unit; and a display control unit that sets an emphasized region having a larger area than the region of interest and including the region of interest and that displays the emphasized region in the medical image in a manner of emphasized display, the display control unit determining whether or not to change setting of the emphasized region in accordance with an amount of variation of the region of interest in the medical image, characterised in that the display control unit sets a reference region on an outer side of the region of interest and an inner side of the emphasized region when setting the emphasized region , and resets the emphasized region and the reference region in a case where at least a part of the region of interest has shifted to an outside of the reference region. a medical image acquiring unit that acquires a medical image through imaging of an observation target; a region-of-interest detecting unit that detects a region of interest in the observation target from the medical image acquired by the medical image acquiring unit; and a display control unit that sets an emphasized region having a larger area than the region of interest and including the region of interest and that displays the emphasized region in the medical image in a manner of emphasized display, the display control unit determining whether or not to change setting of the emphasized region in accordance with an amount of variation of the region of interest in the medical image, characterised in that the display control unit sets a reference region on an outer side of the region of interest and an inner side of the emphasized region when setting the emphasized region , and resets the emphasized region and the reference region in a case where at least a part of the region of interest has shifted to an outside of the reference region.
An electronic cigarette liquid supply device, comprising: a piezoelectric substrate , an insulating film covering the piezoelectric substrate , a first interdigital transducer , a second interdigital transducer , a liquid storage chamber , a flow channel and a liquid outlet ; wherein a liquid inlet is provided on the liquid storage chamber ; one end of the flow channel is hermetically connected to the liquid storage chamber , and the other end of the flow channel is the liquid outlet ; the first interdigital transducer and the second interdigital transducer are attached to a surface of the piezoelectric substrate and located between the piezoelectric substrate and the insulating film ; the liquid storage chamber , the flow channel and the liquid outlet are provided outside and above the insulating film ; and the first interdigital transducer is located beside the liquid storage chamber along a direction opposite to a flow direction in the flow channel and is not in contact with the liquid storage chamber ; the second interdigital transducer is located below the flow channel between the liquid storage chamber and the liquid outlet .
A method for determining parameters of eyeglasses lens the method comprising: obtaining an image (IMG) of a background object , whereby in at least a part (Image-Part-I) of the image (IMG) at least a part (Obj-Part-I) of the background object is captured as viewed through a lens of a pair of eyeglasses; and analyzing said at least a part (Image-Part-I) of the image (IMG) and identifying a property of the lens; characterized in that : said property of the lens pertains to spectral filtration properties of the lens associated with at least one of the following: a coating of the lens, a filter of the lens; and wherein said analyzing comprises comparing color characteristics between two parts (Image-Part-I, Image-Part-II) of the background object as captured in the image (IMG), whereby one of the two parts (Image-Part-I) being a part of the background object captured in the image (IMG) through the lens and another one of the two parts (Image-Part-II) being a part of the background object captured in the image (IMG) not through the lens. obtaining an image (IMG) of a background object , whereby in at least a part (Image-Part-I) of the image (IMG) at least a part (Obj-Part-I) of the background object is captured as viewed through a lens of a pair of eyeglasses; and analyzing said at least a part (Image-Part-I) of the image (IMG) and identifying a property of the lens; characterized in that : said property of the lens pertains to spectral filtration properties of the lens associated with at least one of the following: a coating of the lens, a filter of the lens; and wherein said analyzing comprises comparing color characteristics between two parts (Image-Part-I, Image-Part-II) of the background object as captured in the image (IMG), whereby one of the two parts (Image-Part-I) being a part of the background object captured in the image (IMG) through the lens and another one of the two parts (Image-Part-II) being a part of the background object captured in the image (IMG) not through the lens. said property of the lens pertains to spectral filtration properties of the lens associated with at least one of the following: a coating of the lens, a filter of the lens; and wherein said analyzing comprises comparing color characteristics between two parts (Image-Part-I, Image-Part-II) of the background object as captured in the image (IMG), whereby one of the two parts (Image-Part-I) being a part of the background object captured in the image (IMG) through the lens and another one of the two parts (Image-Part-II) being a part of the background object captured in the image (IMG) not through the lens.
A holder carrying thereon a sensor to measure a physiological signal of an analyte in a biological fluid, wherein the sensor has a signal detection end and a signal output end , comprising: an implantation hole being a channel for implanting therethrough the sensor , and containing a part of the sensor ; a containing indentation containing the signal output end , wherein the containing indentation has a surrounding wall kept apart from the signal output end to define a space (S1, S2); an elastic divider disposed in the implantation hole to separate the implantation hole and covering all over a cross-sectional area of the implantation hole ; and a blocking element disposed between the implantation hole and the fixing indentation to hold the sensor , wherein the elastic divider and the blocking element are integrally formed and embedded in the implantation hole . an implantation hole being a channel for implanting therethrough the sensor , and containing a part of the sensor ; a containing indentation containing the signal output end , wherein the containing indentation has a surrounding wall kept apart from the signal output end to define a space (S1, S2); an elastic divider disposed in the implantation hole to separate the implantation hole and covering all over a cross-sectional area of the implantation hole ; and a blocking element disposed between the implantation hole and the fixing indentation to hold the sensor , wherein the elastic divider and the blocking element are integrally formed and embedded in the implantation hole .
Method for the forming and catalytic conversion of a gaseous educt mixture, wherein a first and a second gas or gas mixture are mixed to form the educt mixture and then fed into a reaction zone of a reactor , characterized in that the educt mixture is formed at least intermittently as a flammable gas mixture and that the first and the second gas or gas mixture are fed into a mixing chamber having a limiting wall provided with a number of passages , wherein the first gas or gas mixture is fed via the passages in a critical state of flow into the mixing chamber and the second gas or gas mixture is fed into the mixing chamber by means of one or more feed lines , with feed openings , extending into the mixing chamber .
A circuit, comprising: an input port configured to receive a baseband signal; an output port configured to provide an amplified version of the baseband signal; a plurality of parallel amplifiers connected to the input port; a circuit input node, disposed between the input port and the plurality of parallel amplifiers; a plurality of distinct paths comprising at least a first path and a second path, wherein the first path comprises a first resistor (R1) configured to provide an input impedance at the input port, a first amplifier (A1) disposed after the first resistor and a third resistor (R3), wherein the first amplifier is one of the plurality of parallel amplifiers, wherein the first path is in-phase to a noise generated by the first resistor and in-phase to the circuit input node, wherein the second path comprises a second amplifier (A2) of the plurality of parallel amplifiers, and wherein the second path is anti-phase to the noise generated by the first resistor and in-phase to the circuit input node; a summing circuit configured to sum outputs of the plurality of parallel amplifiers and provide the amplified version of the baseband signal to the output port, a second resistor (R2), wherein the second resistor comprises a second resistance and is connected in parallel to the first amplifier; wherein the third resistor comprises a third resistance and is connected after the first amplifier; and wherein a product of a first resistance of the first resistor and a gain of the second amplifier is equal to a ratio of the second resistance to the third resistance and wherein the first amplifier is a current-to-current amplifier (A1) and the second amplifier is a transconductance amplifier (A2).
A system for a vehicle , comprising a central unit and an input device , - wherein the central unit has a first interface for connecting to a first mobile device and a second interface for connecting to a second mobile device , - wherein the central unit is configured to assign the first mobile device to a driver and the second mobile device to a passenger in the vehicle , - wherein the central unit is configured to output information on a call directed to the first mobile device , - wherein the central unit is configured to detect an input by means of the input device during the outputting of information , and - wherein the central unit is configured, based on the detection of the input, to redirect the call to the second mobile device ; and wherein the central unit is configured for redirection to send a signal for activating a service of an ad hoc call redirection to a service provider based on the detection of the input. - wherein the central unit has a first interface for connecting to a first mobile device and a second interface for connecting to a second mobile device , - wherein the central unit is configured to assign the first mobile device to a driver and the second mobile device to a passenger in the vehicle , - wherein the central unit is configured to output information on a call directed to the first mobile device , - wherein the central unit is configured to detect an input by means of the input device during the outputting of information , and - wherein the central unit is configured, based on the detection of the input, to redirect the call to the second mobile device ; and
A method comprising: a) obtaining an insert comprising a sieve defining a plurality of openings; b) placing a volume of a fluid in the insert , wherein the fluid comprises a photopolymerizable composition and a contaminant; characterized by c) subjecting the volume of the fluid to a centrifugal force to separate the contaminant from at least a portion of the photopolymerizable composition by retaining the contaminant in the insert and passing at least a portion the photopolymerizable composition through the sieve of the insert to provide a separated photopolymerizable composition; and by the openings each having a diameter of 10 to 200 micrometers. a) obtaining an insert comprising a sieve defining a plurality of openings; b) placing a volume of a fluid in the insert , wherein the fluid comprises a photopolymerizable composition and a contaminant; characterized by c) subjecting the volume of the fluid to a centrifugal force to separate the contaminant from at least a portion of the photopolymerizable composition by retaining the contaminant in the insert and passing at least a portion the photopolymerizable composition through the sieve of the insert to provide a separated photopolymerizable composition; and by the openings each having a diameter of 10 to 200 micrometers.
Centrifugal pump with one or more pumping stages, with a pressure controlled valve inside the pump for supporting self-priming, the valve comprising a pretensioned leaf spring and a valve seat , the leaf spring having an opened position (a), having a preclosed position (b), and having a closed position (c), in the open position (a) the leaf spring is distanced from the valve seat , in the preclosed position the valve is partially closed and in the closed position (c) the leaf spring closes the valve seat , characterized in that the leaf spring has semi stable position which is the preclosed position (b) which is for arranging leaf spring and valve seat for soft closing.
A removable top for a convertible vehicle, including: - a flexible impervious fabric - rigid curved side reinforcements , arranged on the opposite sides of the fabric , and provided with respective sets of hooks adapted to cooperate with complementary hooking structures provided on the vehicle, said fabric and said side reinforcements cooperating to enable tension of the fabric to be automatically ensured, by elastically tensioning the portion of fabric located between the two sets of hooks , when these two sets of hooks are engaged with the hooking structures provided on the vehicle, characterised in that the impervious fabric is provided with longitudinal reinforcements the ends of which are adapted to rest on roll bars of a vehicle, the side reinforcements being parallel to the longitudinal reinforcements , and in that the top includes attachment means for attachment to the structure of the vehicle of the snap-fastener based type arranged at fabric webs projecting from the lower surface of the fabric of the top . - a flexible impervious fabric - rigid curved side reinforcements , arranged on the opposite sides of the fabric , and provided with respective sets of hooks adapted to cooperate with complementary hooking structures provided on the vehicle, said fabric and said side reinforcements cooperating to enable tension of the fabric to be automatically ensured, by elastically tensioning the portion of fabric located between the two sets of hooks , when these two sets of hooks are engaged with the hooking structures provided on the vehicle, characterised in that the impervious fabric is provided with longitudinal reinforcements the ends of which are adapted to rest on roll bars of a vehicle, the side reinforcements being parallel to the longitudinal reinforcements , and in that the top includes attachment means for attachment to the structure of the vehicle of the snap-fastener based type arranged at fabric webs projecting from the lower surface of the fabric of the top .
A method of path planning comprising: receiving a 3D world model; receiving a path defined by two or more waypoints: receiving navigationally relevant data from one or more sensors; identifying one or more known obstacles in the 3D world model proximal to the path based on the navigationally relevant data; defining one or more long range paths based on the 3D world model, the path, and the one or more known obstacles, wherein the one or more long range paths are defined to avoid the one or more known obstacles; identifying one or more unknown regions in the 3D world model proximal to the one or more long range paths for which navigationally relevant data is non-existent or so sparse or old that unknown obstacles could exist there; defining a plurality of short range paths based on the 3D world model, the one or more long range paths, the one or more known obstacles, and the one or more unknown regions, wherein the plurality of short range paths are defined to avoid the one or more known obstacles and the one or more unknown regions; identifying one or more executable abort procedures associated with each short range path; if any of the plurality of short range paths cannot be associated with an executable abort procedure, remove that short range path from the plurality of short range paths; and selecting a short range path from the plurality of short range paths based on one of a path efficiency or an availability of redundant abort options. receiving a 3D world model; receiving a path defined by two or more waypoints: receiving navigationally relevant data from one or more sensors; identifying one or more known obstacles in the 3D world model proximal to the path based on the navigationally relevant data; defining one or more long range paths based on the 3D world model, the path, and the one or more known obstacles, wherein the one or more long range paths are defined to avoid the one or more known obstacles; receiving navigationally relevant data from one or more sensors; identifying one or more known obstacles in the 3D world model proximal to the path based on the navigationally relevant data; defining one or more long range paths based on the 3D world model, the path, and the one or more known obstacles, identifying one or more unknown regions in the 3D world model proximal to the one or more long range paths for which navigationally relevant data is non-existent or so sparse or old that unknown obstacles could exist there; defining a plurality of short range paths based on the 3D world model, the one or more long range paths, the one or more known obstacles, and the one or more unknown regions, identifying one or more executable abort procedures associated with each short range path; if any of the plurality of short range paths cannot be associated with an executable abort procedure, remove that short range path from the plurality of short range paths; and selecting a short range path from the plurality of short range paths based on one of a path efficiency or an availability of redundant abort options.