mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus, comprising: a first catheter defining a longitudinal axis and a lumen therethrough; a second catheter extending from a distal end of the lumen, the second catheter including a distal cap ; a set of splines having a proximal portion coupled to the distal end of the lumen and a distal portion coupled to the distal cap , each spline including an intermediate portion between the proximal portion and the distal portion , each intermediate portion of the set of splines including a set of electrodes formed on a surface thereof, each electrode of each set of electrodes having an insulated electrical lead associated herewith, each insulated electrical lead disposed in a body of the spline of the set of splines including the electrode associated therewith, the second catheter configured to transition between a first configuration and a second configuration, wherein in the second configuration, each intermediate portion of the set of splines is biased farther away from the longitudinal axis relative to the respective intermediate portion in the first configuration; and a balloon coupled to a distal end of the first catheter , the balloon configured to transition between a deflated configuration and an inflated configuration, characterised in that said balloon is disposed proximal to each set of electrodes. a first catheter defining a longitudinal axis and a lumen therethrough; a second catheter extending from a distal end of the lumen, the second catheter including a distal cap ; a set of splines having a proximal portion coupled to the distal end of the lumen and a distal portion coupled to the distal cap , each spline including an intermediate portion between the proximal portion and the distal portion , each intermediate portion of the set of splines including a set of electrodes formed on a surface thereof, each electrode of each set of electrodes having an insulated electrical lead associated herewith, each insulated electrical lead disposed in a body of the spline of the set of splines including the electrode associated therewith, the second catheter configured to transition between a first configuration and a second configuration, wherein in the second configuration, each intermediate portion of the set of splines is biased farther away from the longitudinal axis relative to the respective intermediate portion in the first configuration; and a balloon coupled to a distal end of the first catheter , the balloon configured to transition between a deflated configuration and an inflated configuration, characterised in that said balloon is disposed proximal to each set of electrodes.
A tire overlay ply strip comprising a cord , the cord comprising from 6 to 10 polyamide monofilament plies having each a density from 300 to 470 dtex, wherein the monofilament plies are twisted together by between 1 and 2 twists per 2.54 cm to form the cord .
Electrical machine system having an even number of mechanically and electromagnetically coupled sub-machines (2-5) generating rotating fields, which sub-machines comprise common magnetic portions and common coils (16-21), the machine system comprising at least four sub-machines (2-5), each sub-machine being electromagnetically coupled to two adjacent sub-machines via magnetically conductive legs (10-15), the sub-machines (2-5) being mechanically coupled via a transmission, characterised in that at least two adjacent sub-machines have the same direction of rotation . the machine system comprising at least four sub-machines (2-5), each sub-machine being electromagnetically coupled to two adjacent sub-machines via magnetically conductive legs (10-15), the sub-machines (2-5) being mechanically coupled via a transmission, characterised in that at least two adjacent sub-machines have the same direction of rotation .
An image providing method comprising: displaying a first image , the first image including a first partial image having pixel value representing an object and a second partial image having pixel value representing a background (operation S110); receiving a user input selecting the first partial image or the second partial image as a first region of interest (operation S1410); providing an effect to the first region of interest; acquiring first identification information associated with the first region of interest based on first attribute information of the first image (operation S1420; operation S1430); acquiring a second image from among a plurality of target images, the second image including second identification information, the second identification information being the same as the first identification information (operation S1440), distinguishing a partial image corresponding to a second region of interest from the second image by using the identification information; and generating an effect image based on at least the second image (operation S1450) by providing the same effect as that applied to the first region of interest to the second region of interest. displaying a first image , the first image including a first partial image having pixel value representing an object and a second partial image having pixel value representing a background (operation S110); receiving a user input selecting the first partial image or the second partial image as a first region of interest (operation S1410); providing an effect to the first region of interest; acquiring first identification information associated with the first region of interest based on first attribute information of the first image (operation S1420; operation S1430); acquiring a second image from among a plurality of target images, the second image including second identification information, the second identification information being the same as the first identification information (operation S1440), distinguishing a partial image corresponding to a second region of interest from the second image by using the identification information; and generating an effect image based on at least the second image (operation S1450) by providing the same effect as that applied to the first region of interest to the second region of interest.
An optics module for an assembly to generate a test result from an assay , the optics module comprising: a. an offset frame adapted to receive said assay and to provide non-planar position of the assay, wherein said offset frame includes an upper tier platform adapted to receive an upper portion of said assay that is angled offset about a lower tier platform adapted to receive a lower portion of said assay in an operating position b. a base supporting positioning of the offset frame to provide the non-planar positioning; and c. an optics aperture aligned about said offset frame. a. an offset frame adapted to receive said assay and to provide non-planar position of the assay, wherein said offset frame includes an upper tier platform adapted to receive an upper portion of said assay that is angled offset about a lower tier platform adapted to receive a lower portion of said assay in an operating position b. a base supporting positioning of the offset frame to provide the non-planar positioning; and c. an optics aperture aligned about said offset frame.
A method of determining an amount of unoccupied volume in a receptacle, the method comprising: providing a plurality of sensors configured to detect the location of tangible surfaces within the receptacle and to generate location data indicative of the location of detected tangible surfaces; receiving location data indicative of the location of the tangible surfaces within the receptacle from the plurality of sensors; generating mapping data indicative of the location of the detected tangible surfaces within the receptacle; and determining, based at least in part on the mapping data, the amount of unoccupied volume between detected surfaces within the receptacle, characterized in that individual sensors of the plurality of sensors comprise overlapping fields of view and in that generating the mapping data comprises logically overlaying the location data received from each of the plurality of sensors. providing a plurality of sensors configured to detect the location of tangible surfaces within the receptacle and to generate location data indicative of the location of detected tangible surfaces; receiving location data indicative of the location of the tangible surfaces within the receptacle from the plurality of sensors; generating mapping data indicative of the location of the detected tangible surfaces within the receptacle; and determining, based at least in part on the mapping data, the amount of unoccupied volume between detected surfaces within the receptacle, characterized in that individual sensors of the plurality of sensors comprise overlapping fields of view and in that generating the mapping data comprises logically overlaying the location data received from each of the plurality of sensors.
A damping device , comprising: a housing having an inner wall , a chamber being defined by the inner wall and having a damping medium filled therewith, wherein the inner wall has a first inner diameter (S1, S4), a second inner diameter (S2, S5) and a third inner diameter (S3, S6), the first inner diameter (S1, S4) is different from the second inner diameter (S2, S5), the second inner diameter (S2, S5) is different from the third inner diameter (S3, S6); and a piston movable in the chamber along a substantially linear direction, the piston comprising a passage configured to allow the damping medium to pass through; a base connected to the piston through an extending portion , the base comprising a passage for allowing the damping medium to pass through; a spring configured to provide an elastic force to one of the piston and the base ; and a controller disposed between the passage of the piston and the passage of the base , the controller being movably mounted to the extending portion , the controller comprising a control member and a resilient member , the control member and the resilient member being disposed between the piston and the base , wherein a space is defined by the control member , the space is configured to accommodate the resilient member , wherein the control member is capable of closing a portion or all portions of the passage of the piston , wherein the resilient member is configured to provide a resilient force (F3) for the control member to no longer close the passage of the piston . a housing having an inner wall , a chamber being defined by the inner wall and having a damping medium filled therewith, wherein the inner wall has a first inner diameter (S1, S4), a second inner diameter (S2, S5) and a third inner diameter (S3, S6), the first inner diameter (S1, S4) is different from the second inner diameter (S2, S5), the second inner diameter (S2, S5) is different from the third inner diameter (S3, S6); and a piston movable in the chamber along a substantially linear direction, the piston comprising a passage configured to allow the damping medium to pass through; a base connected to the piston through an extending portion , the base comprising a passage for allowing the damping medium to pass through; a spring configured to provide an elastic force to one of the piston and the base ; and a controller disposed between the passage of the piston and the passage of the base , the controller being movably mounted to the extending portion , the controller comprising a control member and a resilient member , the control member and the resilient member being disposed between the piston and the base , wherein a space is defined by the control member , the space is configured to accommodate the resilient member , wherein the control member is capable of closing a portion or all portions of the passage of the piston , wherein the resilient member is configured to provide a resilient force (F3) for the control member to no longer close the passage of the piston .
Impregnation installation for impregnating a textile sheetlike structure for composite components, by means of which a matrix can be applied in the form of a unidirectional ply comprising fibres, of a multiaxial laid scrim, of a nonwoven or of a woven fabric to the textile sheetlike structure in such a way that the latter is penetrated at least partially and/or at least on one side by the matrix , characterized in that a first and a second endless belt in the form of belt loops are provided, between which, on the mutually facing surfaces thereof, the textile sheetlike structure is guided and can be impregnated and which have, in the respective deflection regions thereof, deflection rollers by means of which a contact pressure between the textile sheetlike structure and the matrix in the form of thermoplastic material can be regulated via a tensile force in the endless belts by adjustment of the deflection rollers perpendicularly with respect to the direction pointing in the direction of the mutually facing surfaces and by adjustment thereof in the direction of the mutually facing surfaces of the belt loops , and by variation of a wrap angle of the endless belts of at least one further roller arranged within at least one of the belt loops , of which at least one roller can be adjusted in the direction of the mutually facing surfaces of the belt loops, and wherein the deflection rollers and the at least one further roller can be adjusted independently of one another.
Artificial ventilation system comprising: - a respiratory helmet , - suction means which draw the air from the external environment, - a tank for containing pressurized oxygen, - a first control valve which regulates the mixing of air/oxygen, - a second control valve which regulates the flow rate of the air/oxygen mixture, - a plenum for containing the mixture of air and oxygen leaving the suction means , - a supply duct which allows the air/oxygen mixture to reach the respiratory helmet , - a first non-return valve which prevents the backflow of the air/oxygen mixture from the supply duct , - an exhaust duct for the air/CO2 mixture, - a filter element of the air/CO2 mixture in fluid communication with the plenum , and - a control unit to control at least oxygen saturation and carbon dioxide concentration inside the respiratory helmet ; the artificial ventilation system being characterized in that : - the air/CO2 mixture flow rate in the exhaust duct is regulated by a third control valve , - the supply duct and the exhaust duct are integrated in a first casing which connects to a second casing inside the respiratory helmet , - wherein inside the first casing and the second casing the two flows remain separated by means of a separation septum , and - the second casing comprises a first plurality of holes which allows the air/oxygen mixture to flow inside the respiratory helmet and a second plurality of holes (17") for the entry of the exhausted CO2-rich air into the second casing . - a respiratory helmet , - suction means which draw the air from the external environment, - a tank for containing pressurized oxygen, - a first control valve which regulates the mixing of air/oxygen, - a second control valve which regulates the flow rate of the air/oxygen mixture, - a plenum for containing the mixture of air and oxygen leaving the suction means , - a supply duct which allows the air/oxygen mixture to reach the respiratory helmet , - a first non-return valve which prevents the backflow of the air/oxygen mixture from the supply duct , - an exhaust duct for the air/CO2 mixture, - a filter element of the air/CO2 mixture in fluid communication with the plenum , and - a control unit to control at least oxygen saturation and carbon dioxide concentration inside the respiratory helmet ; - the air/CO2 mixture flow rate in the exhaust duct is regulated by a third control valve , - the supply duct and the exhaust duct are integrated in a first casing which connects to a second casing inside the respiratory helmet , - wherein inside the first casing and the second casing the two flows remain separated by means of a separation septum , and - the second casing comprises a first plurality of holes which allows the air/oxygen mixture to flow inside the respiratory helmet and a second plurality of holes (17") for the entry of the exhausted CO2-rich air into the second casing .
Nebulizer system for a motor vehicle, comprising: - at least one reservoir for storing a liquid, - a nebulizer enclosure , said nebulizer enclosure comprising a nebulizing means comprising a device for emitting acoustic waves that is configured such that said liquid coming from the reservoir for storing a liquid forms a mist of droplets of said liquid, the mist being intended to enter an interior of the motor vehicle, - an electroluminescent device configured to emit radiation in the ultraviolet spectrum, and - a support for said electroluminescent device , said system being characterized in that at least one reservoir for storing a liquid is configured so as to be traversed by the support of the electroluminescent device . - at least one reservoir for storing a liquid, - a nebulizer enclosure , said nebulizer enclosure comprising a nebulizing means comprising a device for emitting acoustic waves that is configured such that said liquid coming from the reservoir for storing a liquid forms a mist of droplets of said liquid, the mist being intended to enter an interior of the motor vehicle, - an electroluminescent device configured to emit radiation in the ultraviolet spectrum, and - a support for said electroluminescent device , said system being characterized in that at least one reservoir for storing a liquid is configured so as to be traversed by the support of the electroluminescent device .
A rail vehicle having a machine frame supported on on-track undercarriages , on both sides of which are arranged - in the longitudinal direction of the rail vehicle - crane rails for a mobile gantry crane , characterized in that, for lowering or lifting of the gantry crane , a crane rail section of the respective crane rail is arranged to be vertically adjustable by a drive .
A substance determining apparatus for determining a substance within a fluid , the substance determining apparatus comprising: - particles for being attached to the substance within the fluid , - a binding surface for binding the particles , if the particles have been attached to the substance, characterized by - a sensing unit for sensing the particles on the binding surface , wherein the sensing unit is adapted to generate a sensing signal being indicative of at least one of i) a distance between the particles bound on the binding surface and the binding surface and ii) an in-plane position of the particles bound on the binding surface , - a binding discrimination unit for discriminating between different kinds of binding of the particles bound on the binding surface depending on the generated sensing signal. - particles for being attached to the substance within the fluid , - a binding surface for binding the particles , if the particles have been attached to the substance, characterized by - a sensing unit for sensing the particles on the binding surface , wherein the sensing unit is adapted to generate a sensing signal being indicative of at least one of i) a distance between the particles bound on the binding surface and the binding surface and ii) an in-plane position of the particles bound on the binding surface , - a binding discrimination unit for discriminating between different kinds of binding of the particles bound on the binding surface depending on the generated sensing signal.
Encoder for encoding a source picture into an output bitstream using quantized transform coefficients , comprising: - obtaining means adapted to obtain, from the source picture , input data located in a transform block (TU), - transform means adapted to transform, according to a transform type selected from among a set of transform types , the input data into transform coefficients , - quantization means adapted to quantize the transform coefficients to generate the quantized transform coefficients , - computing means adapted to generate index information adapted to identify the selected transform type among the set of transform types , and to determine information to be hidden, wherein the information to be hidden is a part of the index information, - hiding means adapted to hide the information to be hidden in the quantized transform coefficients ; and - signaling means , wherein the signaling means is adapted to add, in the output bitstream , signaling information being another part of the index information, so that the transform type selected among the set of transform types is identifiable based on the hidden information and the signaling information. - obtaining means adapted to obtain, from the source picture , input data located in a transform block (TU), - transform means adapted to transform, according to a transform type selected from among a set of transform types , the input data into transform coefficients , - quantization means adapted to quantize the transform coefficients to generate the quantized transform coefficients , - computing means adapted to generate index information adapted to identify the selected transform type among the set of transform types , and to determine information to be hidden, wherein the information to be hidden is a part of the index information, - hiding means adapted to hide the information to be hidden in the quantized transform coefficients ; and - signaling means , wherein the signaling means is adapted to add, in the output bitstream , signaling information being another part of the index information, so that the transform type selected among the set of transform types is identifiable based on the hidden information and the signaling information.
An inkjet printing device comprising: an ink storage unit configured to store an ink; an ejection head configured to eject the ink to form a print layer; and a heating unit configured to heat a material to be printed, wherein the ink is an aqueous clear ink including a resin and water, the inkjet printing device has a low gloss printing mode that is a printing mode for imparting low gloss, and a high gloss printing mode that is a printing mode for imparting high gloss, the heating unit is configured to heat to satisfy the following formula T matte >T gloss , where T matte (degrees Celsius) is a temperature of a low gloss printing region of the material to be printed where the low gloss printing region is printed with the low gloss printing mode when the aqueous clear ink is deposited on the material to be printed, and T gloss (degrees Celsius) is a temperature of a high gloss printing region of the material to be printed where the high gloss printing region is printed with the high gloss printing mode when the aqueous clear ink is deposited on the material to be printed, and characterized in that a printing rate D gloss in the high gloss printing mode is greater than a printing rate D matte in the low gloss printing mode. an ink storage unit configured to store an ink; an ejection head configured to eject the ink to form a print layer; and a heating unit configured to heat a material to be printed, wherein the ink is an aqueous clear ink including a resin and water, the inkjet printing device has a low gloss printing mode that is a printing mode for imparting low gloss, and a high gloss printing mode that is a printing mode for imparting high gloss, the heating unit is configured to heat to satisfy the following formula T matte >T gloss , where T matte (degrees Celsius) is a temperature of a low gloss printing region of the material to be printed where the low gloss printing region is printed with the low gloss printing mode when the aqueous clear ink is deposited on the material to be printed, and T gloss (degrees Celsius) is a temperature of a high gloss printing region of the material to be printed where the high gloss printing region is printed with the high gloss printing mode when the aqueous clear ink is deposited on the material to be printed, and characterized in that a printing rate D gloss in the high gloss printing mode is greater than a printing rate D matte in the low gloss printing mode.