mhurhangee/patent-ind-claim-en huggingface dataset:
A method of determining a corneal thickness comprising the steps of - illuminating a cornea by a plurality of stimulator point light sources (100, 5 300) whereby the stimulator point light sources are located on one or more concentric circles, each circle comprising various stimulator light sources, said one or more concentric circles being arranged such that a distance towards the cornea of the various stimulator light sources on a circle is the same for all stimulator light sources on the circle, and are not diametrically opposed, so as to reduce interference or overlap of different Purkinje images, - capturing an image of the cornea comprising reflected images of the stimulator point light sources , - obtaining a model representing an anterior surface of the cornea , - constructing a second model representing a posterior surface of the cornea from the image by ray-tracing the reflected images of the stimulator point light sources towards the model representing the anterior surface of the cornea , - determining the corneal thickness from the model representing the anterior surface and the second model representing the posterior surface. - illuminating a cornea by a plurality of stimulator point light sources (100, 5 300) whereby the stimulator point light sources are located on one or more concentric circles, each circle comprising various stimulator light sources, said one or more concentric circles being arranged such that a distance towards the cornea of the various stimulator light sources on a circle is the same for all stimulator light sources on the circle, and are not diametrically opposed, so as to reduce interference or overlap of different Purkinje images, - capturing an image of the cornea comprising reflected images of the stimulator point light sources , - obtaining a model representing an anterior surface of the cornea , - constructing a second model representing a posterior surface of the cornea from the image by ray-tracing the reflected images of the stimulator point light sources towards the model representing the anterior surface of the cornea , - determining the corneal thickness from the model representing the anterior surface and the second model representing the posterior surface.
A method for classifying an object in image data to one out of a set of classes using a classifier, said image data comprising an image of the object, the method comprising the steps of: obtaining said classifier used to estimate for an input feature vector a probability for each of the set of classes, wherein one probability indicates whether the input feature vector belongs to one class; extracting a feature vector from said image data; using the obtained classifier to estimate the probabilities for the extracted feature vector; evaluating the estimated probabilities for determining whether the object does not belong to any one of the set of classes, wherein it is determined that the object does not belong to any one of the set of classes if all estimated probabilities lie below a threshold probability; wherein the threshold probability is obtained by using cross-validation applied by dividing a training set of image data into k subsets, training the classifier using k-1 subsets, testing the classifier on the remaining subset, recording the performance and repeating the procedure with different combinations of training and testing subsets, and calculating a confusion matrix, wherein entries a ij of the confusion matrix indicate the averaged probability of classifying an object of type i into a class j and wherein the averaged probability is calculated by averaging the probabilities of the various test runs of said cross-validation, wherein the threshold probability is defined as the smallest diagonal entry in the confusion matrix. obtaining said classifier used to estimate for an input feature vector a probability for each of the set of classes, wherein one probability indicates whether the input feature vector belongs to one class; extracting a feature vector from said image data; using the obtained classifier to estimate the probabilities for the extracted feature vector; evaluating the estimated probabilities for determining whether the object does not belong to any one of the set of classes, wherein it is determined that the object does not belong to any one of the set of classes if all estimated probabilities lie below a threshold probability; wherein the threshold probability is obtained by using cross-validation applied by dividing a training set of image data into k subsets, training the classifier using k-1 subsets, testing the classifier on the remaining subset, recording the performance and repeating the procedure with different combinations of training and testing subsets, and calculating a confusion matrix, wherein entries a ij of the confusion matrix indicate the averaged probability of classifying an object of type i into a class j and wherein the averaged probability is calculated by averaging the probabilities of the various test runs of said cross-validation, wherein the threshold probability is defined as the smallest diagonal entry in the confusion matrix.
A system comprising a cylindrical elongated body defining a hollow passageway therethrough, said elongated body having (i) a length of between 100 and 800 cm, and (ii) a cross-sectional inner diameter of between 50 and 300 cm, wherein said elongated body comprises: a planting extension extending from a first opening disposed about a longitudinal upper half of said elongated body, wherein said first opening has an area of between 300 and 20000 cm 2 ; and at least one drainage opening disposed about a longitudinal bottom zone of said cylindrical elongated body , wherein the bottom zone is defined by two vertical planes intersecting a circumference of said cylindrical elongated body approximately between 11:30 and 6:30 and 12:30 and 5:30 o'clock, respectively; characterized in that the system further comprises at least two root openings disposed at one of: a first longitudinal side zone (A1) of said elongated body which extend clockwise from about the 1-o'clock position to about the 5-o'clock position on said cross-sectional inner diameter, and a second longitudinal side zone (A2) of said elongated body which extends clockwise from about the 7-o'clock position to the 11-o'clock position on said cross-sectional inner diameter, wherein each of said at least two root openings has an area of between 20 and 700 cm 2 . a planting extension extending from a first opening disposed about a longitudinal upper half of said elongated body, wherein said first opening has an area of between 300 and 20000 cm 2 ; and at least one drainage opening disposed about a longitudinal bottom zone of said cylindrical elongated body , wherein the bottom zone is defined by two vertical planes intersecting a circumference of said cylindrical elongated body approximately between 11:30 and 6:30 and 12:30 and 5:30 o'clock, respectively; characterized in that the system further comprises at least two root openings disposed at one of: a first longitudinal side zone (A1) of said elongated body which extend clockwise from about the 1-o'clock position to about the 5-o'clock position on said cross-sectional inner diameter, and a second longitudinal side zone (A2) of said elongated body which extends clockwise from about the 7-o'clock position to the 11-o'clock position on said cross-sectional inner diameter, wherein each of said at least two root openings has an area of between 20 and 700 cm 2 . a first longitudinal side zone (A1) of said elongated body which extend clockwise from about the 1-o'clock position to about the 5-o'clock position on said cross-sectional inner diameter, and a second longitudinal side zone (A2) of said elongated body which extends clockwise from about the 7-o'clock position to the 11-o'clock position on said cross-sectional inner diameter, wherein each of said at least two root openings has an area of between 20 and 700 cm 2 .
A power supply apparatus comprising: a power supply means configured to wirelessly supply power to an electronic apparatus ; a communication means configured to communicate with the electronic apparatus ; and a control means configured to determine (S508) whether information regarding the electronic apparatus that is received from the electronic apparatus is updated by the electronic apparatus , wherein the control means is configured to control, based on the information regarding the electronic apparatus that is received from the electronic apparatus , second power to be supplied from the power supply apparatus to the electronic apparatus , in a case where the information regarding the electronic apparatus that is received from the electronic apparatus is updated by the electronic apparatus , and wherein the control means is configured to control the power supply means so as to supply first power to the electronic apparatus without using the information regarding the electronic apparatus that is received from the electronic apparatus , in a case where the information regarding the electronic apparatus that is received from the electronic apparatus is not updated by the electronic apparatus . a power supply means configured to wirelessly supply power to an electronic apparatus ; a communication means configured to communicate with the electronic apparatus ; and a control means configured to determine (S508) whether information regarding the electronic apparatus that is received from the electronic apparatus is updated by the electronic apparatus , wherein the control means is configured to control, based on the information regarding the electronic apparatus that is received from the electronic apparatus , second power to be supplied from the power supply apparatus to the electronic apparatus , in a case where the information regarding the electronic apparatus that is received from the electronic apparatus is updated by the electronic apparatus , and wherein the control means is configured to control the power supply means so as to supply first power to the electronic apparatus without using the information regarding the electronic apparatus that is received from the electronic apparatus , in a case where the information regarding the electronic apparatus that is received from the electronic apparatus is not updated by the electronic apparatus .
A method at a scheduling node in a wireless communication network of scheduling mobile terminals submitting Scheduling Requests, SRs, in SR resources, comprising: detecting (S101) that an SR received from a first mobile terminal in a first SR resource is indicated to cause interference to at least a second SR resource, wherein the detecting (S101) that the SR of the first SR resource is indicated to cause interference comprises detecting that a magnitude of the SR of the first SR resource exceeds an interference threshold value; scheduling (S102) the first mobile terminal at a first scheduling occasion; and awaiting (S103) scheduling of a second mobile terminal associated with the second SR resource at least until a second scheduling occasion. detecting (S101) that an SR received from a first mobile terminal in a first SR resource is indicated to cause interference to at least a second SR resource, wherein the detecting (S101) that the SR of the first SR resource is indicated to cause interference comprises detecting that a magnitude of the SR of the first SR resource exceeds an interference threshold value; scheduling (S102) the first mobile terminal at a first scheduling occasion; and awaiting (S103) scheduling of a second mobile terminal associated with the second SR resource at least until a second scheduling occasion.
A method of converting an audio signal in an intermediate signal format to a set of speaker feeds suitable for playback by an array of speakers, wherein the audio signal in the intermediate signal format is obtainable from an input audio signal by means of a spatial panning function, the method comprising: determining (S1310) a discrete panning function for the array of speakers; determining (S1320) a target panning function based on the discrete panning function, wherein determining the target panning function involves smoothing the discrete panning function; and determining (S1330) a rendering operation for converting the audio signal in the intermediate signal format to the set of speaker feeds, based on the target panning function and the spatial panning function, wherein the discrete panningfunction defines, for each of a plurality of directions of arrival, a discrete panning gain for each speaker of the array of speakers, wherein the discrete panning function is determined by associating each direction of arrival with a speaker of the array of speakers that is closest, in terms of a distance function, to that direction of arrival. determining (S1310) a discrete panning function for the array of speakers; determining (S1320) a target panning function based on the discrete panning function, wherein determining the target panning function involves smoothing the discrete panning function; and determining (S1330) a rendering operation for converting the audio signal in the intermediate signal format to the set of speaker feeds, based on the target panning function and the spatial panning function, wherein the discrete panningfunction defines, for each of a plurality of directions of arrival, a discrete panning gain for each speaker of the array of speakers, wherein the discrete panning function is determined by associating each direction of arrival with a speaker of the array of speakers that is closest, in terms of a distance function, to that direction of arrival.
Locker system comprising several lockers, wherein each of these lockers is provided with a temperature control device , the temperature control device contains one or more Peltier elements , characterized in that the Peltier elements are connected to a common pre-temperature control circuit (9-18), which is made for supplying the Peltier elements by means of a tempered fluid, and that the common pre-temperature control circuit comprises a heating device and a refrigerating machine , which are switchable into the common pre-temperature control circuit separately to bring the fluid to a desired temperature, wherein the common pre-temperature control circuit (9-18) is made for compensation of external temperature fluctuations and a fluid with a constant temperature is provided to the Peltier elements independently of an ambient temperature via the common pre-temperature control circuit (9-18).
Arrangement for thermal management of thermally conditioned objects, such as electric batteries, comprising a plate shaped heat exchanger that includes one or more extruded plate shaped profiles with at least one channel arranged between one first and one second parallel wall of the profile and further having side walls (13', 13"), the arrangement further comprises one or more connectors (1, 1', 1") connected with a hole(s) in said heat exchanger for inlet and outlet of a medium to and from the heat exchanger for heat exchange or heat recovery, the connector (1, 1', 1") comprises a body with a first end and a second end and further having a centrally arranged bore where the bore has at least one radially oriented port that communicates with said at least one channel, and where the first end of the body has a cap device that closes the bore and abuts the first wall in a sealed manner, and where a flange of the body abuts in a sealed manner the second wall , where the second end of the bore has a connector for a pipe for conducting the medium, characterised in that the body is mating the cap device by internal / external threads respectively and forms a continuous bore with the port , wherein the cap device is provided with a seat (S) that abuts the body so it defines a gap (G) between the flange of the body and a flange of the cap device in its assembled position so that a clamping force is distributed via said seat (S).
Motorcycle tyre , having a tread band comprising: - a plurality of bottom surface portions ; - a plurality of blocks having a respective perimeter, spaced apart from one another so as to define a tread pattern with a void to rubber ratio higher than or equal to 50%; - a plurality of reinforcing elements radially extending from said bottom surface portions , so as to join said blocks , up to a height (t) lower than that of said blocks and surrounding said blocks on at least 60% of their perimeter; characterized in that the portions of said plurality of bottom surface portions have an overall extension greater than 20% of an extension of said tread band and in that the reinforcing elements adjacent blocks are connected to one another so as to form a reinforcing grid extending over the entire tread band . - a plurality of bottom surface portions ; - a plurality of blocks having a respective perimeter, spaced apart from one another so as to define a tread pattern with a void to rubber ratio higher than or equal to 50%; - a plurality of reinforcing elements radially extending from said bottom surface portions , so as to join said blocks , up to a height (t) lower than that of said blocks and surrounding said blocks on at least 60% of their perimeter; characterized in that the portions of said plurality of bottom surface portions have an overall extension greater than 20% of an extension of said tread band and in that the reinforcing elements adjacent blocks are connected to one another so as to form a reinforcing grid extending over the entire tread band .
A gradient fiber non-woven fabric, comprising a coarse long-fiber layer and a fine long-fiber layer, the coarse long-fiber layer has a fiber diameter of 30 μm-40 μm, the fine long-fiber layer has a fiber diameter of 13 μm-17 μm; the coarse long-fiber layer weighs 100g-150g per square meter, the fine long-fiber layer weighs 100g-150g per square meter; a bonding point area of the gradient fiber non-woven fabric accounts for 25% of the total area of the non-woven fabric, and a depth of the bonding point is 0.05 mm -0.1 mm.
Metal detector comprising a metallic enclosure with an entrance aperture and an exit aperture , further comprising a coil system arranged inside the enclosure , said coil system comprising at least one transmitter coil , at least one first receiver coil and at least one second receiver coil bounding a detection zone which extends between the entrance and exit apertures and through which objects under inspection move along a travel direction , entering the metal detector through the entrance aperture and leaving the metal detector through the exit aperture , wherein the at least one transmitter coil , when energized by an alternating electric current, generates a primary electromagnetic field which, in turn, induces a first voltage in the at least one first receiver coil and a second voltage in the at least one second receiver coil , wherein the metal detector further comprises at least one of a first cancelling means and a second cancelling means , the first cancelling means arranged at the entrance aperture to cancel the primary field beyond a first distance (d) from the coil system and the second cancelling means arranged at the exit aperture to cancel the primary field beyond a second distance (e) from the coil system, and wherein in case of presence of both the first cancelling means and the second cancelling means said first and second cancelling means are different from each other and the first distance (d) and the second distance (e) are likewise different from each other, the metal detector being characterized in that the first and second receiver coils are arranged in asymmetric positions relative to the transmitter coil and are connected in series with each other, but their windings are wired with the opposite sense of rotation relative to each other, wherein relative to the travel direction the first receiver coil is positioned at a first coil distance (a) ahead of the transmitter coil and the second receiver coil is positioned at a second, different coil distance (b) after the transmitter coil such that the first voltage and the second voltage are in a balanced state with each other when there is no metal present in said objects under inspection.
A method of production of a langatate-based single crystal using the Czochralski method of pulling up a crystal from a starting material solution so as to grow a langatate-based single crystal, in which method of production of a langatate-based single crystal, an atmospheric gas growing said langatate-based single crystal is a mixed gas comprised of an inert gas in which an oxidizing gas is contained in an amount greater than 5 vol% and no more than 15 vol%, and wherein said langatate-based single crystal is La 3 Ta 0.5 Ga 5.5-x Al x 0 14 (0 ≤ x < 5.5). in which method of production of a langatate-based single crystal, an atmospheric gas growing said langatate-based single crystal is a mixed gas comprised of an inert gas in which an oxidizing gas is contained in an amount greater than 5 vol% and no more than 15 vol%, and wherein said langatate-based single crystal is La 3 Ta 0.5 Ga 5.5-x Al x 0 14 (0 ≤ x < 5.5).
Cistern - having a cistern body for holding the flushing water, which - has an inspection opening , --- in the region of which inspection opening a frame is arranged, and having - a cover plate for covering the inspection opening , -- wherein an actuating button or actuating device is arranged in the cover plate and --- serves for controlling a discharge valve , wherein the cover plate is connected pivotably to the frame , characterized in that the cover plate is connected pivotably to the frame at the inspection opening by means of a hinge , and - the actuating button or actuating device is connected to an actuator of the discharge valve by means of a line without the connection being interrupted in the pivoted state of the cover plate . - having a cistern body for holding the flushing water, which - has an inspection opening , --- in the region of which inspection opening a frame is arranged, - a cover plate for covering the inspection opening , -- wherein an actuating button or actuating device is arranged in the cover plate and --- serves for controlling a discharge valve , - the actuating button or actuating device is connected to an actuator of the discharge valve by means of a line without the connection being interrupted in the pivoted state of the cover plate .
A material dispenser comprising a housing , a mounting for a roll of material to be dispensed , and a material level indicator , in which said mounting comprises a first support member , an outer end of which comprises an annular mounting boss for rotationally supporting a roll of material to be dispensed so it can rotate on an axis in order for the material to be unfurled therefrom, and so a first side of said roll of material is disposed in a plane (A) orthogonal to said axis, in which said material level indicator comprises an arm rotationally mounted to said dispenser at a pivot point , said arm comprising a visual indicator member at a first end thereof, characterised in that said arm comprises a lateral abutment axially displaced from said visual indicator member for engaging with said first side of said roll of material , in which said arm is rotatable about said pivot point between a first position in which said arm is substantially parallel with said plane (A) and said lateral abutment traverses said plane (A), and a second position in which said arm is arranged at an angle to said plane (A), and said lateral abutment and said visual indicator member are laterally displaced.