mhurhangee/patent-ind-claim-en huggingface dataset:
A method of processing a multi-view image, the method comprising: extracting first disparity information between a first image of a first point of view and a first image of a second point of view taken at a first same time (310, S401); extracting second disparity information between a second image of a first point of view and a second image of a second point of view taken at a second sequential same time (310, S401); estimating first motion information between the first image and the second image of the first point of view (300, S403); estimating second motion information between the first image and the second image of the second point of view (320, S403); and generating a first intermediate image data for a time between the first and second times for the first point of view and a second intermediate image for the same time between the first and second times for the second point of view characterised in that : the generating intermediate image data comprises compensating the motion information so that the first intermediate image and the second intermediate image have a disparity which corresponds to one of the extracted disparity information. extracting first disparity information between a first image of a first point of view and a first image of a second point of view taken at a first same time (310, S401); extracting second disparity information between a second image of a first point of view and a second image of a second point of view taken at a second sequential same time (310, S401); estimating first motion information between the first image and the second image of the first point of view (300, S403); estimating second motion information between the first image and the second image of the second point of view (320, S403); and generating a first intermediate image data for a time between the first and second times for the first point of view and a second intermediate image for the same time between the first and second times for the second point of view characterised in that : the generating intermediate image data comprises compensating the motion information so that the first intermediate image and the second intermediate image have a disparity which corresponds to one of the extracted disparity information.
Filter element comprising: - a hollow filter body , and - at least one closure cap which is arranged on an axial end of the filter body , - an additional, second closure cap which, axially, is arranged on an end of the filter body that is situated opposite the closure cap , - wherein the closure cap has a passage region with a first inner diameter and has an engagement region with a second inner diameter, - wherein the first inner diameter is greater than the second inner diameter, and - wherein a tool is able to be passed from the end situated opposite the closure cap through the entire filter element and through the passage region and is able to be brought into engagement with the closure cap on the engagement region , wherein the filter element has a damping element which is fastened to a fastening region of the closure cap . - a hollow filter body , and - at least one closure cap which is arranged on an axial end of the filter body , - an additional, second closure cap which, axially, is arranged on an end of the filter body that is situated opposite the closure cap , - wherein the closure cap has a passage region with a first inner diameter and has an engagement region with a second inner diameter, - wherein the first inner diameter is greater than the second inner diameter, and - wherein a tool is able to be passed from the end situated opposite the closure cap through the entire filter element and through the passage region and is able to be brought into engagement with the closure cap on the engagement region ,
A surface cleaning apparatus for cleaning a floor surface, comprising: a steam generator ; a supply tank in fluid communication with the steam generator ; a base adapted to move over a surface to be cleaned, the base comprising: a base housing comprising a brush chamber ; a brushroll in the brush chamber ; a collection bin ; characterized by a steam distributor in fluid communication with the steam generator and configured to dispense steam into the brush chamber ; and at least one steam vent in the base housing to vent a portion of the steam dispensed by the steam distributor from the brush chamber . a steam generator ; a supply tank in fluid communication with the steam generator ; a base adapted to move over a surface to be cleaned, the base comprising: a base housing comprising a brush chamber ; a brushroll in the brush chamber ; a collection bin ; a base housing comprising a brush chamber ; a brushroll in the brush chamber ; a collection bin ; a steam distributor in fluid communication with the steam generator and configured to dispense steam into the brush chamber ; and at least one steam vent in the base housing to vent a portion of the steam dispensed by the steam distributor from the brush chamber .
A pulse generator adapted for use with a lead having a plurality of electrodes , comprising: memory circuitry that stores a first library of pulse shapes and a second library of electrode configurations specifying a polarity and an allocation of current to each of the electrodes ; and control circuitry configured to execute a program, wherein the program comprises a first instruction to provide a first number of applications of a first pulse shape from the first library to a first group of the electrodes according to a polarity and allocation of current defined in a first electrode configuration in the second library. memory circuitry that stores a first library of pulse shapes and a second library of electrode configurations specifying a polarity and an allocation of current to each of the electrodes ; and control circuitry configured to execute a program, wherein the program comprises a first instruction to provide a first number of applications of a first pulse shape from the first library to a first group of the electrodes according to a polarity and allocation of current defined in a first electrode configuration in the second library.
Composition, especially a cosmetic composition, comprising at least: a) photonic particles having a mean size which denotes the statistical particle size dimension for half the population, referred to as D (0.5), of from 0.5 μm to 100 μm as measured with the method of the description, each including an ordered periodic arrangement of monodisperse nanoparticles or of empty spaces, leading to attenuation of the radiation in the wavelength range extending from 250 nm to 1800 nm, preferably from 250 nm to 400 nm, and b) at least one UV-screening agent, and c) at least one polymer comprising monomer units of formulae (A) and (B): in which: R1, independently at each instance, is chosen from alkyl and alkylene radicals, and at least 60% by weight of the groups R1 are radicals chosen from stearyl and behenyl radicals, the weight percentage relating to the sum of all the groups R1 present in the polymer, and the weight ratio of the sum of all the hydroxyethyl acrylate units to the sum of all the acrylate units bearing the group R1 ranges from 1:30 to 1:1, and the sum of the total of units A and B is at least 95% by weight relative to the total weight of the polymer, the polymer having a number-average molecular weight Mn ranging from 2000 to 9000 g/mol. a) photonic particles having a mean size which denotes the statistical particle size dimension for half the population, referred to as D (0.5), of from 0.5 μm to 100 μm as measured with the method of the description, each including an ordered periodic arrangement of monodisperse nanoparticles or of empty spaces, leading to attenuation of the radiation in the wavelength range extending from 250 nm to 1800 nm, preferably from 250 nm to 400 nm, and b) at least one UV-screening agent, and c) at least one polymer comprising monomer units of formulae (A) and (B): R1, independently at each instance, is chosen from alkyl and alkylene radicals, and at least 60% by weight of the groups R1 are radicals chosen from stearyl and behenyl radicals, the weight percentage relating to the sum of all the groups R1 present in the polymer, and the weight ratio of the sum of all the hydroxyethyl acrylate units to the sum of all the acrylate units bearing the group R1 ranges from 1:30 to 1:1, and the sum of the total of units A and B is at least 95% by weight relative to the total weight of the polymer, the polymer having a number-average molecular weight Mn ranging from 2000 to 9000 g/mol.
A printing apparatus , comprising: a printing section configured to print out print data onto a medium, an imaging section configured to capture an image of the printed out print data on the medium; and an error notification section configured to perform error notification in a case of occurrence of an error during the printing of the print data, wherein the error causes a problem in a print image (G) printed on to the medium, wherein the error notification section is configured to judge whether to issue an error notice or not, wherein, in a case of an affirmative judgment to issue the error notice, the error notification section is configured to acquire a print image showing the printed out print data by using the imaging section and transmit the acquired print image together with the error notice to a specified person who has been determined in advance, wherein the error notification section is configured to judge whether to issue the error notice or not depending on absence or not, wherein the judgement of absence or not is based on whether the specified person is absent or not, wherein the error notification section issues the error notice when it is judged that the specified person is absent, and wherein, in a case of the affirmative judgment to issue the error notice, the error notification section is configured to transmit the acquired print image together with the error notice to a predetermined information terminal (TB) concerning the specified person who has been determined in advance. a printing section configured to print out print data onto a medium, an imaging section configured to capture an image of the printed out print data on the medium; and an error notification section configured to perform error notification in a case of occurrence of an error during the printing of the print data, wherein the error causes a problem in a print image (G) printed on to the medium, wherein the error notification section is configured to judge whether to issue an error notice or not, wherein, in a case of an affirmative judgment to issue the error notice, the error notification section is configured to acquire a print image showing the printed out print data by using the imaging section and transmit the acquired print image together with the error notice to a specified person who has been determined in advance, wherein the error notification section is configured to judge whether to issue the error notice or not depending on absence or not, wherein the judgement of absence or not is based on whether the specified person is absent or not, wherein the error notification section issues the error notice when it is judged that the specified person is absent, and wherein, in a case of the affirmative judgment to issue the error notice, the error notification section is configured to transmit the acquired print image together with the error notice to a predetermined information terminal (TB) concerning the specified person who has been determined in advance.
A system comprising a configuration computing device and a plurality of configurable devices (110A-D, 310), the configuration computing device comprising: a speaker; and processing circuitry to perform operations that: process configuration data for the plurality of configurable devices; encode the configuration data into an ultrasonic audio signal; and output the ultrasonic audio signal with the speaker; wherein the plurality of configurable devices are configured to receive the ultrasonic audio signal emitted by the speaker, wherein each of the plurality of configurable devices has a microphone and computing and processing power to decode the configuration data wherein the configuration data includes network connection information, the network connection information used to configure the plurality of configurable devices to connect to a wireless network, and wherein each of the plurality of configurable devices is configured to provide an acknowledgement emitted via an ultrasonic audio signal in response to successfully decoding and implementing a new configuration based on the configuration data, and wherein the configuration computing device has a microphone and is configured to receive the emitted ultrasonic audio signal acknowledgement and wherein the configuration computing device is configured to monitor a configuration status of each of the plurality of configurable devices on the basis of the ultrasonic audio signal acknowledgement received from respective configurable devices. a speaker; and processing circuitry to perform operations that: process configuration data for the plurality of configurable devices; encode the configuration data into an ultrasonic audio signal; and output the ultrasonic audio signal with the speaker; process configuration data for the plurality of configurable devices; encode the configuration data into an ultrasonic audio signal; and output the ultrasonic audio signal with the speaker; wherein the plurality of configurable devices are configured to receive the ultrasonic audio signal emitted by the speaker, wherein each of the plurality of configurable devices has a microphone and computing and processing power to decode the configuration data wherein the configuration data includes network connection information, the network connection information used to configure the plurality of configurable devices to connect to a wireless network, and wherein each of the plurality of configurable devices is configured to provide an acknowledgement emitted via an ultrasonic audio signal in response to successfully decoding and implementing a new configuration based on the configuration data, and wherein the configuration computing device has a microphone and is configured to receive the emitted ultrasonic audio signal acknowledgement and wherein the configuration computing device is configured to monitor a configuration status of each of the plurality of configurable devices on the basis of the ultrasonic audio signal acknowledgement received from respective configurable devices.
A heat exchanger incorporating at least one component made from a rolled 6xxx-series aluminium alloy having a composition, in wt.%, of Si 0.2% to 1.3%, Mg 0.40% to 1.3%, Cu up to 0.80%, Fe 0.05% to 1.0%, Mn 0.05% to 0.70%, optionally one or two elements selected from the group 0.05-0.35% Zr and 0.04-0.35% Cr, Zn up to 0.25%, Ti up to 0.25%, balance unavoidable impurities and aluminium, wherein the Fe/Mn ratio is <1.90, and wherein the at least one component made from the rolled 6xxx-series aluminium alloy has a thickness in a range of 1 mm to 12 mm and forms a base plate, a header or a side support of the heat exchanger.
Conductive composite material comprising an interconnected network of conductive particles, said conductive particles comprise a core made of organic material coated with at least one layer of a thermally and/or electrically conductive material, characterised in that said core made of organic material is a thermoplastic material chosen from the polyethylenes (PE), the polypropylenes (PP), the polyether ether ketones (PEEK), the polyether ketone ketones (PEKK), the polyvinyl chlorides (PVC), the polyvinylidene fluorides (PVDF), the polytetrafluoroethylenes (PTFE), the silicones, said core made of organic material has a particle size between 5μm and 300μm, and in that said conductive material is silver or a mixed compound containing tin, all the particles are interconnected in the internal structure of said conductive composite material, thus forming a three-dimensional continuous network of conductive material, and in that the mass proportion of the conductive coating element of said conductive composite material represents between 1% and 30% by weight of the total weight of the conductive composite material.
A printbar module , comprising: a printed circuit board (PCB) ; a plurality of printhead die slivers each being formed on a separate silicon substrate , wherein top surfaces of the plurality of printhead die slivers are co-planar with a top surface of the PCB ; wherein the printed circuit board (PCB) and the plurality of printhead die slivers are encapsulated in a molding having a plurality of slots in fluidic communication with tapered fluid feed holes of the plurality of printhead die slivers ; and a manifold in direct fluidic communication with the plurality of slots to supply fluid thereto; wherein a thermal ejector element or a piezoelectric ejector element is formed on the substrate . a printed circuit board (PCB) ; a plurality of printhead die slivers each being formed on a separate silicon substrate , wherein top surfaces of the plurality of printhead die slivers are co-planar with a top surface of the PCB ; wherein the printed circuit board (PCB) and the plurality of printhead die slivers are encapsulated in a molding having a plurality of slots in fluidic communication with tapered fluid feed holes of the plurality of printhead die slivers ; and a manifold in direct fluidic communication with the plurality of slots to supply fluid thereto; wherein a thermal ejector element or a piezoelectric ejector element is formed on the substrate .
Control method for at least one light source of a motor vehicle, comprising the following step: a) the provision of a setpoint for the luminous flux to be emitted by the light source(s) , in a control unit of a control module for said light source(s); and characterized in that it comprises the following additional steps: b) reception, in the control unit , of a first periodic control signal which is intended to control a device for the control of the electric power supply to the light sources; c) verification, in the control unit , of the capability of the first control signal to control the control device , such that the luminous flux setpoint is observed, a constant current setpoint being established by the control unit , by determining the average electric current intensity required to achieve the luminous flux setpoint; the first control signal being appropriate for the achievement of the luminous flux setpoint, if its duty cycle and the peak current which would be generated by the control device upon the execution of control by means of said first control signal will permit the delivery of an average current intensity which is equal to said constant current setpoint; d) if the control signal does not show this capability, generation, in the control unit , of a second periodic control signal which is intended to control the device for the control of the electric power supply, in place of said first control signal , e) if the first control signal shows the desired capability, said first control signal is employed to control the device for the control of the electric power supply. a) the provision of a setpoint for the luminous flux to be emitted by the light source(s) , in a control unit of a control module for said light source(s); b) reception, in the control unit , of a first periodic control signal which is intended to control a device for the control of the electric power supply to the light sources; c) verification, in the control unit , of the capability of the first control signal to control the control device , such that the luminous flux setpoint is observed, a constant current setpoint being established by the control unit , by determining the average electric current intensity required to achieve the luminous flux setpoint; the first control signal being appropriate for the achievement of the luminous flux setpoint, if its duty cycle and the peak current which would be generated by the control device upon the execution of control by means of said first control signal will permit the delivery of an average current intensity which is equal to said constant current setpoint; d) if the control signal does not show this capability, generation, in the control unit , of a second periodic control signal which is intended to control the device for the control of the electric power supply, in place of said first control signal , e) if the first control signal shows the desired capability, said first control signal is employed to control the device for the control of the electric power supply.
A vibratory screen , comprising: a flexible molded polyurethane body having substantially parallel side edge portions at opposite ends of the body , a lower edge portion substantially perpendicular to the side edge portions , an upper edge portion substantially perpendicular to the side edge portions and opposite the lower edge portion , an upper surface , a lower surface , first and second members forming screening openings , the first members extending between the side edge portions and the second members extending between the lower edge portion and the upper edge portion , third and fourth members , the third members substantially parallel and extending transversely between the side edge portions and having multiple first members therebetween, the fourth members substantially parallel and extending transversely between the lower edge portion and the upper edge portion and having multiple second members therebetween, reinforcement members molded integrally with at least one of the first and second members and optionally with the third member , and molded integrally with the fourth member , and characterized by reinforcement rods molded integrally with the fourth members .
Method for producing a decorated wall or floor panel , comprising the process steps: a) providing a plate-shaped carrier ; b) applying a decoration simulating a decoration template onto at least a partial area of the plate-shaped carrier ; c) applying a cover layer onto the decoration , wherein the cover layer comprises a radiation curing compound; d) curing the cover layer ; characterized in that the cover layer is cured by use of two directly successive emitters, wherein the first emitter emits radiation with a wavelength which is different compared to radiation from the second emitter , wherein the first emitter emits radiation with radiation maxima in a wavelength range of greater than or equal to 395 nm to less than or equal to 445 nm, and wherein the radiation intensity of the first emitter to the radiation intensity of the second emitter is a ratio of greater than or equal to 0.75:1 to less than or equal to 1:0,75. a) providing a plate-shaped carrier ; b) applying a decoration simulating a decoration template onto at least a partial area of the plate-shaped carrier ; c) applying a cover layer onto the decoration , wherein the cover layer comprises a radiation curing compound; d) curing the cover layer ;