mhurhangee/ep-ind-claims huggingface dataset:
Method for measuring the position of a virtual notable point corresponding to the centre of rotation of the eye in a spatial coordinate system linked to the head of the subject, said method comprising: • a step of acquiring at least two images of all or part of the face of the subject using image acquisition means having an optical centre, the images being acquired in situations corresponding to distinct viewing/head angles and such that the direction of the gaze does passes through the optical centre of the image acquisition means in at least one image, the subject looking at a fixation point generated by a device; • a step of estimating the position of the face with respect to the image acquisition means by processing said images; • a step of determining, in said images, the coordinates (Xpref, Ypref) of one or more reference points (PRef) formed by a corneal reflection caused by at least one external source or by the centre of the pupil; characterized in that, the virtual notable point is visible in at most the image in which the direction of the gaze passes through the optical centre of the image acquisition means and the position of the virtual notable point is related by a predetermined geometric relationship to the coordinates of the one or more reference points (PRef) according to a geometric model of the eye fixating a target, and in that said measuring method further comprises a step of optimizing at least one of the coordinates (XPRV, YPRV, ZPRV) of the virtual notable point in the spatial coordinate system on the basis of the determined coordinates of the one or more reference points using the geometric relationship. • a step of acquiring at least two images of all or part of the face of the subject using image acquisition means having an optical centre, the images being acquired in situations corresponding to distinct viewing/head angles and such that the direction of the gaze does passes through the optical centre of the image acquisition means in at least one image, the subject looking at a fixation point generated by a device; • a step of estimating the position of the face with respect to the image acquisition means by processing said images; • a step of determining, in said images, the coordinates (Xpref, Ypref) of one or more reference points (PRef) formed by a corneal reflection caused by at least one external source or by the centre of the pupil;
An electric drive module for an electric motor vehicle, comprising: a housing defining a chamber; an electric motor disposed in the chamber, the electric motor having an output shaft; a first drive gear operably driven by the output shaft; a first driven gear and a second driven gear supported for co-rotation on a shaft; a second drive gear supported for rotation on a drive shaft; a first chain member operably coupling the first drive gear to the first driven gear to cause the first driven gear to rotate in response to rotation of the first drive gear; and a second chain member operably coupling the second driven gear to the second drive gear to cause the second drive gear to rotate in response to rotation of the second driven gear, characterized by an oil pump mechanism with a translation activated oil catcher, wherein the rotating chain members (54, 62) are set up to act as oil pumps to support lubrication within the housing. a housing defining a chamber; an electric motor disposed in the chamber, the electric motor having an output shaft; a first drive gear operably driven by the output shaft; a first driven gear and a second driven gear supported for co-rotation on a shaft; a second drive gear supported for rotation on a drive shaft; a first chain member operably coupling the first drive gear to the first driven gear to cause the first driven gear to rotate in response to rotation of the first drive gear; and a second chain member operably coupling the second driven gear to the second drive gear to cause the second drive gear to rotate in response to rotation of the second driven gear, characterized by an oil pump mechanism with a translation activated oil catcher, wherein the rotating chain members (54, 62) are set up to act as oil pumps to support lubrication within the housing.
A cosmetic product for hair bleaching or hair dyeing comprising a first agent containing an alkali agent, a second agent containing hydrogen peroxide, and a nonaerosol foamer container for discharging a mixed solution of the first agent and the second agent in the form of foam, the mixed solution containing 1 mass% or more of the following components and in total, wherein a mass ratio of the component to the component, /, is 0.30 to 2; 0.01 to 5 mass% of an anionic surfactant containing sulfuric acid group represented by the following formula R-O-(CH 2 CH 2 O) n -[CH 2 CH(CH 3)O] m -SO 3 M wherein R represents a hydrocarbon group having 8 to 25 carbon atoms, n represents an average number of moles added of 0 to 50, m represents an average number of moles added of 0 to 50, and M represents an alkali metal or NH 4, and a copolymer of a diallyl quaternary ammonium salt and acrylic acid having a charge density of 5.5 meq/g or more and 8.0 meq/g or less. 0.01 to 5 mass% of an anionic surfactant containing sulfuric acid group represented by the following formula R-O-(CH 2 CH 2 O) n -[CH 2 CH(CH 3)O] m -SO 3 M wherein R represents a hydrocarbon group having 8 to 25 carbon atoms, n represents an average number of moles added of 0 to 50, m represents an average number of moles added of 0 to 50, and M represents an alkali metal or NH 4, and a copolymer of a diallyl quaternary ammonium salt and acrylic acid having a charge density of 5.5 meq/g or more and 8.0 meq/g or less.
A method performed by a master base station of a user equipment operating in a dual connectivity network and configured to communicate with both said master base station and a secondary base station, the method comprising: receiving configuration information for radio resource control of a connection between said user equipment and said secondary base station; maintaining said configuration information for use in response to a change to said connection between said user equipment and said secondary base station; calculating a change to said configuration information as a result of said change to said connection; and informing said user equipment of said change to said configuration information. receiving configuration information for radio resource control of a connection between said user equipment and said secondary base station; maintaining said configuration information for use in response to a change to said connection between said user equipment and said secondary base station; calculating a change to said configuration information as a result of said change to said connection; and informing said user equipment of said change to said configuration information.
A suction member comprising: a base part; and a plurality of protrusions, wherein the base part includes a first surface, each of the protrusions substantially has a truncated cone shape including a side surface contiguous to the first surface and a top surface contiguous to the side surface, the truncated cone having a diameter that becomes smaller toward the top surface, characterized in that the side surface has a plurality of projecting ridges extending in a direction apart from the first surface. a base part; and a plurality of protrusions, wherein the base part includes a first surface, each of the protrusions substantially has a truncated cone shape including a side surface contiguous to the first surface and a top surface contiguous to the side surface, the truncated cone having a diameter that becomes smaller toward the top surface, characterized in that the side surface has a plurality of projecting ridges extending in a direction apart from the first surface. the base part includes a first surface, each of the protrusions substantially has a truncated cone shape including a side surface contiguous to the first surface and a top surface contiguous to the side surface, the truncated cone having a diameter that becomes smaller toward the top surface, characterized in that the side surface has a plurality of projecting ridges extending in a direction apart from the first surface.
An audio compression system for compressing an input audio signal, the audio compression system comprising: a digital filter for filtering the input audio signal, the digital filter comprising a frequency transfer function having a magnitude over frequency configured to emphasize frequencies in the input audio signal where a human ear is less sensitive, the magnitude being formed by an equal loudness curve of the human ear, to obtain a filtered audio signal; and a compressor being configured to compress the input audio signal upon the basis of the filtered audio signal to obtain a compressed audio signal, wherein the compressor is configured to compress the input audio signal more at frequencies which have been emphasized by the digital filter, wherein the frequency transfer function is determined by filter coefficients, wherein the digital filter comprises a determining unit and a filtering unit, wherein the determining unit is configured to determine the filter coefficients upon the basis of at least one equal loudness curve, and wherein the filtering unit is configured to filter the audio signal upon the basis of the determined filter coefficients. a digital filter for filtering the input audio signal, the digital filter comprising a frequency transfer function having a magnitude over frequency configured to emphasize frequencies in the input audio signal where a human ear is less sensitive, the magnitude being formed by an equal loudness curve of the human ear, to obtain a filtered audio signal; and a compressor being configured to compress the input audio signal upon the basis of the filtered audio signal to obtain a compressed audio signal, wherein the compressor is configured to compress the input audio signal more at frequencies which have been emphasized by the digital filter, wherein the frequency transfer function is determined by filter coefficients, wherein the digital filter comprises a determining unit and a filtering unit, wherein the determining unit is configured to determine the filter coefficients upon the basis of at least one equal loudness curve, and wherein the filtering unit is configured to filter the audio signal upon the basis of the determined filter coefficients.
A method, comprising: - identifying a fragmented MPEG-4 (f-MP4) fragment based, at least in part, on a program identifier encoded as a universally unique identifier (UUID) in the fragment, wherein a number of fragments are associated with the program and the PI is encoded in each of the fragments; and - selectively recording the fragment based, at least in part, on the PI. - identifying a fragmented MPEG-4 (f-MP4) fragment based, at least in part, on a program identifier encoded as a universally unique identifier (UUID) in the fragment, wherein a number of fragments are associated with the program and the PI is encoded in each of the fragments; and - selectively recording the fragment based, at least in part, on the PI.
Method for operating a system for the automatic recognition of laboratory work items in the area of a plurality of target storage positions of a laboratory work area, comprising the method steps of: - Generating a single two-dimensional image of a laboratory work area with an imaging unit for generating two-dimensional images - identifying at least one first evaluation area in the two-dimensional image, wherein the at least one evaluation area is arranged and imaged in the region of a target storage position of a work area with an identification unit of the system - Preparation of the image for a classification preliminary stage, with regard to cropping to the image of the evaluation area and formatting of the image of the evaluation area, with a preparation unit of the system - Automatic object recognition on the basis of the classification preliminary stage using at least one classification method on the basis of feature generation and subsequent assignment to an object class with the features generated by the feature generation with a classification unit of the system, wherein following automatic recognition of an object or an object class, three-dimensional spatial information stored in the system about the object or the object class is identified and a back-calculation unit is used to project patterns taken from the three-dimensional information into a two-dimensional mapping coordinate system from the known three-dimensional spatial information of the recognized objects or object class, and the coordinates of the projected patterns are then compared with corresponding pattern coordinates of the mapping found by means of image processing - Generation of an output signal identifying the recognized object by means of an output unit. - Generating a single two-dimensional image of a laboratory work area with an imaging unit for generating two-dimensional images - identifying at least one first evaluation area in the two-dimensional image, wherein the at least one evaluation area is arranged and imaged in the region of a target storage position of a work area with an identification unit of the system - Preparation of the image for a classification preliminary stage, with regard to cropping to the image of the evaluation area and formatting of the image of the evaluation area, with a preparation unit of the system - Automatic object recognition on the basis of the classification preliminary stage using at least one classification method on the basis of feature generation and subsequent assignment to an object class with the features generated by the feature generation with a classification unit of the system, - Generation of an output signal identifying the recognized object by means of an output unit.
Trench wall cutter comprising - a cutting frame, - a bearing bracket located on a bottom side of the cutting frame, - at least one cutting wheel mounted in rotary manner on the bearing bracket, - a drive fitted to the cutting frame spaced from the bearing bracket, - a transmission located in the bearing bracket, in which transmission oil is provided as lubricant for the transmission, and - a drive shaft transmitting a torque of the drive to the transmission in the bearing bracket, wherein the drive shaft is connected at its upper end with a driven motor shaft of the drive via a connecting sleeve, characterized in - that the connecting sleeve is rotationally mounted at its outside by at least one bearing in the cutting frame, - that the drive shaft has an external thread adapted as a feed thread for feeding transmission oil of the transmission in the bearing bracket in the direction of the drive, and - that a distributing device is provided at an upper end of the drive shaft for a further distribution of the transmission oil as lubricant for the at least one bearing of the connecting sleeve. - a cutting frame, - a bearing bracket located on a bottom side of the cutting frame, - at least one cutting wheel mounted in rotary manner on the bearing bracket, - a drive fitted to the cutting frame spaced from the bearing bracket, - a transmission located in the bearing bracket, in which transmission oil is provided as lubricant for the transmission, and - a drive shaft transmitting a torque of the drive to the transmission in the bearing bracket, - that the connecting sleeve is rotationally mounted at its outside by at least one bearing in the cutting frame, - that the drive shaft has an external thread adapted as a feed thread for feeding transmission oil of the transmission in the bearing bracket in the direction of the drive, and - that a distributing device is provided at an upper end of the drive shaft for a further distribution of the transmission oil as lubricant for the at least one bearing of the connecting sleeve.
An antenna suitable for use as a magnetic sensor, comprising a magnetic main path member having a coil wound around a magnetic core for receiving a magnetic field component of an electromagnetic wave, and a magnetic sub-path member (3, 7) having each end magnetically connected to said magnetic core on a portion between each end of said magnetic core and said coil, characterised in that the antenna further comprises a capacitor connected in parallel to said coil, and the cross-sectional area ratio of said magnetic sub-path member (3, 7) to said magnetic core is 1/100 to 1/2, wherein the coil and the capacitor are adapted to generate a resonance current such as to generate thereby a magnetic flux passing through the coil, when an electromagnetic wave of a predetermined frequency passes through said magnetic core, said magnetic sub-path member (3, 7) refluxing a part of the magnetic flux to said magnetic core.
Method for operating a vacuum cleaner comprising a suction fan and a suction or blowing pipe which leads to a first dust filter bag, a plurality of dust filter bags or a filter material for forming a plurality of dust filter bags being stored in the vacuum cleaner, advancement of filter material for forming a further dust filter bag or advancement of a dust filter bag being triggered when a filled dust filter bag is removed, characterised in that a dust filter bag or filter material for forming a dust filter bag is made ready, in a time-controlled manner, to be advanced, controlled by an increase or reduction in pressure or is dependent on a flow measurement.
A method for diagnosing a) autoimmune encephalitis, b) an occult tumor causing autoimmune encephalitis, or c) in a subject with epilepsy, a tumor causing the epilepsy, the method comprising testing a biological sample from a subject to determine the presence of an antibody to a GABA B receptor, wherein the presence of said antibody in said biological sample is indicative that the subject has a) an autoimmune encephalitis, or b) an occult tumor causing said autoimmune encephalitis, or c) where the subject has epilepsy, the presence of said antibody is indicative of a tumor in said subject causing said epilepsy. a) autoimmune encephalitis, b) an occult tumor causing autoimmune encephalitis, or c) in a subject with epilepsy, a tumor causing the epilepsy, a) an autoimmune encephalitis, or b) an occult tumor causing said autoimmune encephalitis, or c) where the subject has epilepsy, the presence of said antibody is indicative of a tumor in said subject causing said epilepsy.
A gravitational unfolding mechanism for an information carrier composed of two elastic display walls connected through their longer edges, wherein the mechanism is equipped with a fixed length element and a variable length element, wherein the fixed length element is connected on one side with an edge of the display wall and, on the other side, to the variable length element, characterised in that the gravitational unfolding mechanism is provided with a gravitational expander connected to the variable length element, through hinged side expanders, as well as blocking elements which block the gravitational expander.
A method of killing nematodes, said method comprising the step of applying to at least a portion of, preferably all of, a volume of soil that is infested with nematodes an effective amount of a nematicidal composition comprising a terpene component, wherein the nematicidal composition comprises hollow glucan particles which encapsulate the terpene component, wherein the hollow glucan particles have a lipid content of greater than 5% w/w, and wherein the hollow glucan particles are yeast cell walls that are prepared by extraction and purification of the insoluble particulate fraction from the soluble components of a yeast cell prior to encapsulation of the terpene component. wherein the nematicidal composition comprises hollow glucan particles which encapsulate the terpene component, wherein the hollow glucan particles have a lipid content of greater than 5% w/w, and wherein the hollow glucan particles are yeast cell walls that are prepared by extraction and purification of the insoluble particulate fraction from the soluble components of a yeast cell prior to encapsulation of the terpene component.
A power supply device comprising: a first battery which is exchangeable and includes a battery connector for connection to a moving object; a moving object connector which is disposed at the moving object and connectable to the battery connector; a first power converting section connected between the moving object connector and a load, wherein the load consumes a larger current than a first value at a peak; a second battery connected in parallel to the first battery, wherein the second battery is configured to be able to output a current above the first value; and a control section which is configured to control power supply to the load from the first battery and/or the second battery by controlling the first battery, the first power converting section and the second battery; characterized in that the second battery is connected to a power supply line (LH, LL) configured to connect the first power converting section to the load; the first power converting section is controlled in such a way that a current which is output from the first battery to the first power converting section via the moving object connector has the first value or a value smaller than the first value. a first battery which is exchangeable and includes a battery connector for connection to a moving object; a moving object connector which is disposed at the moving object and connectable to the battery connector; a first power converting section connected between the moving object connector and a load, wherein the load consumes a larger current than a first value at a peak; a second battery connected in parallel to the first battery, wherein the second battery is configured to be able to output a current above the first value; and a control section which is configured to control power supply to the load from the first battery and/or the second battery by controlling the first battery, the first power converting section and the second battery; characterized in that the second battery is connected to a power supply line (LH, LL) configured to connect the first power converting section to the load; the first power converting section is controlled in such a way that a current which is output from the first battery to the first power converting section via the moving object connector has the first value or a value smaller than the first value.
A method implemented at a second network node in a wireless core network with service based architecture, wherein the second network node is a network function repository, the method comprising: receiving a registration request for network function instance from a network function, the registration request comprising information identifying a subscriber group to which the network function instance is applicable, wherein the information is represented by or mapped to at least one of a subscriber group identifier and at least one International Mobile Subscriber Identity (IMSI) range; and storing the information in association with the network function instance. receiving a registration request for network function instance from a network function, the registration request comprising information identifying a subscriber group to which the network function instance is applicable, wherein the information is represented by or mapped to at least one of a subscriber group identifier and at least one International Mobile Subscriber Identity (IMSI) range; and storing the information in association with the network function instance.