mhurhangee/ep-ind-claims huggingface dataset:
Method for detecting and monitoring a characteristic, namely a diameter, of a thread fed to an operating machine, said method comprising optical-type detection of such monitored characteristic, said optical-type detection being performed with an illumination of the thread, the method providing for a first detection of said characteristic using means of analog type and a second detection of said characteristic using means of digital type, the second detection of the digital type allowing a value of the monitored characteristic to be determined, said value being used to calibrate a value of the monitored characteristic obtained in the first detection of the analog type to precisely identify the definitive value of said monitored characteristic, said first detection of the characteristic of analog type and said second detection of such characteristic of digital type being performed independently, separately and generating corresponding data which are sent to a monitoring unit, in a first stage said monitoring unit determining the value of the above characteristic on the basis of the data detected using the digital-type means and calculating a calibration variable C(t) on the basis of said determined digital value, in a second stage said monitoring unit modifying the data detected by the analog-type means on the basis of the calibration variable which is a function of such value of the characteristic of digital type determined in the second detection, said modification taking place in real time and allowing the detection of the characteristic of analog-type to be calibrated so to determine the definitive value of the monitored characteristic, characterized in that said calibration variable C(t) varies over time, and is calculated according to the following formula C t = 1 − d 1 / H / P MIS where C is the calibration variable d1 is the characteristic of the thread measured by the detector part operating in digital mode P MIS is the value of the power measured by the detector part operating in analog mode H is the dimension of the detector part operating in analog mode, the characteristic d detected by the detection part operating in analog mode being obtained according to the following formula d = H 1 − C t ⋅ P MIS C is the calibration variable d1 is the characteristic of the thread measured by the detector part operating in digital mode P MIS is the value of the power measured by the detector part operating in analog mode H is the dimension of the detector part operating in analog mode, the characteristic d detected by the detection part operating in analog mode being obtained according to the following formula d = H 1 − C t ⋅ P MIS
Device for aligning and bringing a large-area substrate (2, 2') into contact with a carrier substrate (5, 5') for the further processing of the substrate (2, 2') with the following features: - A substrate holding means for attaching the substrate (2, 2'), - A carrier substrate holding means for attaching the carrier substrate (5, 5'), - Detection means (11, 13) for detection, at least in sections, of a peripheral contour of the substrate (2,2') attached to the substrate holding means and detection, at least in sections, of a peripheral contour of the carrier substrate (5,5') attached to the carrier substrate holding means relative to a contact plane of the substrate (2, 2') with the carrier substrate (5, 5'), - Aligning means (6, 8) for aligning the substrate (2, 2') relative to the carrier substrate (5, 5'), whereby the aligning means (6, 8) are controlled by controlling means based on the peripheral contours (2u, 5u) detected by the detection means (11, 13), and - Contacting means for bringing the substrate (2, 2'), aligned relative to the carrier substrate (5, 5'), into contact with the carrier substrate (5, 5'), characterized by a distance-measuring-system for determination of the distance from the distance-measuring-system to the peripheral contours (2u, 5u). - A substrate holding means for attaching the substrate (2, 2'), - A carrier substrate holding means for attaching the carrier substrate (5, 5'), - Detection means (11, 13) for detection, at least in sections, of a peripheral contour of the substrate (2,2') attached to the substrate holding means and detection, at least in sections, of a peripheral contour of the carrier substrate (5,5') attached to the carrier substrate holding means relative to a contact plane of the substrate (2, 2') with the carrier substrate (5, 5'), - Aligning means (6, 8) for aligning the substrate (2, 2') relative to the carrier substrate (5, 5'), whereby the aligning means (6, 8) are controlled by controlling means based on the peripheral contours (2u, 5u) detected by the detection means (11, 13), and - Contacting means for bringing the substrate (2, 2'), aligned relative to the carrier substrate (5, 5'), into contact with the carrier substrate (5, 5'), characterized by a distance-measuring-system for determination of the distance from the distance-measuring-system to the peripheral contours (2u, 5u).
A method comprising: iteratively reducing, by use of a processor, an encoder offset error of a motor with a third offset step until the motor starts; iteratively modifying the encoder offset of the motor turning in a positive direction with a first offset step until the motor stops; recording the encoder offset as a first encoder offset; iteratively modifying the encoder offset with the first offset step until the motor starts turning in a negative direction, wherein the negative direction is opposite the positive direction; iteratively modifying the encoder offset with a second offset step until the motor stops, wherein the second offset step has an opposite magnitude from the first offset step; recording the encoder offset as a second encoder offset; and calculating a final encoder offset as a function of the first encoder offset and the second encoder offset. iteratively reducing, by use of a processor, an encoder offset error of a motor with a third offset step until the motor starts; iteratively modifying the encoder offset of the motor turning in a positive direction with a first offset step until the motor stops; recording the encoder offset as a first encoder offset; iteratively modifying the encoder offset with the first offset step until the motor starts turning in a negative direction, wherein the negative direction is opposite the positive direction; iteratively modifying the encoder offset with a second offset step until the motor stops, wherein the second offset step has an opposite magnitude from the first offset step; recording the encoder offset as a second encoder offset; and calculating a final encoder offset as a function of the first encoder offset and the second encoder offset.
PM01183, or a pharmaceutically acceptable salt thereof, for use in the treatment of cancer, comprising administering a therapeutically effective amount of PM01183, or a pharmaceutically acceptable salt thereof, in synergistic combination with a therapeutically effective amount of a mitotic inhibitor, wherein the mitotic inhibitor is selected from paclitaxel, docetaxel, vincristine and vinorelbine.
A device for at least partly detaching a film from a formed product, wherein the device includes at least one action device for loosening and/or for detaching the film and at least one movement device for moving the action device in relation to the formed product and/or for moving the formed product in relation to the action device, characterised in that at least one action device a) includes an oscillating and/or rotating contact element for loosening, which is in the form of a brush and uses mechanical contact with the film to loosen the film, and/or b) includes two or more fluid jet producing devices, wherein the fluid jets that are produced by the fluid jet producing devices act on a portion of the formed product in temporal succession, and wherein the device includes a pull-off device for pulling the detached film off the formed product. a) includes an oscillating and/or rotating contact element for loosening, which is in the form of a brush and uses mechanical contact with the film to loosen the film, b) includes two or more fluid jet producing devices, wherein the fluid jets that are produced by the fluid jet producing devices act on a portion of the formed product in temporal succession, and wherein the device includes a pull-off device for pulling the detached film off the formed product.
Container door lock for securing a container door, comprising a bolt which is suitable for abutment onto an inner side of a first door element of the container door and, in the use position, extends over regions of the first door element as well as regions adjacent thereto, as well as at least one first counterpart which is suitable for abutment onto an outer side of the first door element of the container door, wherein the bolt is formed in two parts, comprising a first bolt section as well as a second bolt section, wherein the first counterpart has a base plate as well as one or more sleeves formed thereon having an inner diameter, wherein securing means are able to be introduced completely into the sleeves through openings in the base plate, through which sleeves the first counterpart and the first bolt section of the bolt are able to be connected fixedly to each other, wherein the sleeves have contact surfaces at a distance from the base plate for the positive contact of heads of the securing means and the distance between the base plate and the contact surfaces corresponds at least to the inner diameter of the sleeves, wherein, in the use position, the second bolt section is fixed to the first door element on the inner side of the container door and the first bolt section is fixed to a second door element or to a wall element of the container adjacent to the first door element on the inner side, and wherein the first bolt section and the second bolt section have edges (22, 23) which abut onto each other in the case of a closed container door.
A calibration apparatus comprising: an acquirer adapted for acquiring a first image and a second image from a camera mounted on a vehicle that is movable on a flat surface, wherein the first image is an image of one linearly-extending line substantially perpendicular to the flat surface that is photographed at a first time and the second image is an image of the one linearly-extending line that is photographed at a second time after the vehicle has moved to an image acquisition location that is different from an image acquisition location of the first image; an extractor adapted for extracting the one linearly-extending line from the first image and the one linearly-extending line from the second image through image processing; a calculator adapted for calculating a vanishing point from the one linearly-extending line extracted from the first image by the extractor and the one linearly-extending line extracted from the second image by the extractor, for calculating a vanishing line which passes through the vanishing point, and for calculating a camera installation parameter with respect to the flat surface on a basis of coordinates of the vanishing point and the vanishing line; and a transmitter adapted for transmitting the camera installation parameter. an acquirer adapted for acquiring a first image and a second image from a camera mounted on a vehicle that is movable on a flat surface, wherein the first image is an image of one linearly-extending line substantially perpendicular to the flat surface that is photographed at a first time and the second image is an image of the one linearly-extending line that is photographed at a second time after the vehicle has moved to an image acquisition location that is different from an image acquisition location of the first image; an extractor adapted for extracting the one linearly-extending line from the first image and the one linearly-extending line from the second image through image processing; a calculator adapted for calculating a vanishing point from the one linearly-extending line extracted from the first image by the extractor and the one linearly-extending line extracted from the second image by the extractor, for calculating a vanishing line which passes through the vanishing point, and for calculating a camera installation parameter with respect to the flat surface on a basis of coordinates of the vanishing point and the vanishing line; and a transmitter adapted for transmitting the camera installation parameter.
A fraud detection system in a casino having a plurality of gaming tables, comprising: a game recording apparatus which records a progress of a game played on the gaming tables as an image through a camera; a card distribution device which determines and displays a win or lose result of each game on the gaming table; an image analyzing apparatus which performs image analysis on the image of the recorded progress of the game; and an intelligence type control device capable of detecting cash and chips on the gaming table by using a result of the image analysis by the image analyzing apparatus, wherein the image analyzing apparatus or the intelligence type control device has an artificial intelligence utilizing type structure or a deep learning structure capable of detecting exchange of cash and chips on the gaming table in a situation other than the state that the dealer is dealing based on information from the card distribution device or the dealer, capable of recognizing a total amount of the cash or recognizing the total amount of the chips even in the state that a portion of or entire one chip among a plurality of the chips placed on the gaming table as an exchange object is concealed due to a blind spot of the camera, and the fraud detection system compares the total amount of cash placed on the gaming table by the player and the total amount of chips placed by the dealer to determine whether or not the two amounts match with each other. a game recording apparatus which records a progress of a game played on the gaming tables as an image through a camera; a card distribution device which determines and displays a win or lose result of each game on the gaming table; an image analyzing apparatus which performs image analysis on the image of the recorded progress of the game; and an intelligence type control device capable of detecting cash and chips on the gaming table by using a result of the image analysis by the image analyzing apparatus, wherein the image analyzing apparatus or the intelligence type control device has an artificial intelligence utilizing type structure or a deep learning structure capable of detecting exchange of cash and chips on the gaming table in a situation other than the state that the dealer is dealing based on information from the card distribution device or the dealer, capable of recognizing a total amount of the cash or recognizing the total amount of the chips even in the state that a portion of or entire one chip among a plurality of the chips placed on the gaming table as an exchange object is concealed due to a blind spot of the camera, and the fraud detection system compares the total amount of cash placed on the gaming table by the player and the total amount of chips placed by the dealer to determine whether or not the two amounts match with each other.
A pressure regulator and pump combination comprising: a pressure regulator having a body member configured to regulate the pressure of a fluid flowing therein, the body member having two ends (16, 18), a first end configured to receive the fluid and a second end configured to provide pressure regulated fluid, and with a first quick-disconnect device arranged on the second end for coupling the body member to a corresponding second quick-disconnect device that forms part of a device that receives the pressure regulated fluid; a pump having the corresponding second quick-disconnect device configured to receive and couple together with the first quick-disconnect device of the pressure regulator in order to provide a direct connection between the pressure regulator and the pump; either the first quick-disconnect device being a male quick-disconnect device and the corresponding second quick-disconnect device being a female quick-disconnect device, or the first quick-disconnect device being a female quick-disconnect device and the corresponding second quick-disconnect device being a male quick-disconnect device; and the male quick-disconnect device including a male end having an opening with inner strengthening ribs (18a, 18b, 18c) arranged therein that help to prevent the male end from breaking off. a pressure regulator having a body member configured to regulate the pressure of a fluid flowing therein, the body member having two ends (16, 18), a first end configured to receive the fluid and a second end configured to provide pressure regulated fluid, and with a first quick-disconnect device arranged on the second end for coupling the body member to a corresponding second quick-disconnect device that forms part of a device that receives the pressure regulated fluid; a pump having the corresponding second quick-disconnect device configured to receive and couple together with the first quick-disconnect device of the pressure regulator in order to provide a direct connection between the pressure regulator and the pump; either the first quick-disconnect device being a male quick-disconnect device and the corresponding second quick-disconnect device being a female quick-disconnect device, or the first quick-disconnect device being a female quick-disconnect device and the corresponding second quick-disconnect device being a male quick-disconnect device; and the male quick-disconnect device including a male end having an opening with inner strengthening ribs (18a, 18b, 18c) arranged therein that help to prevent the male end from breaking off.
A method of operating a molding system for hydraulic blow molding of a container from a preform, the molding system including a fill head unit, the method comprising the steps of: providing a molding medium in liquid form and at a system pressure to the fill head unit, injecting the molding medium from the fill head unit into the preform causing the preform to expand into the shape of the container under the influence of the molding medium, the method being characterized by the steps of: precharging the molding medium within the fill head unit to a precharge pressure. providing a molding medium in liquid form and at a system pressure to the fill head unit, injecting the molding medium from the fill head unit into the preform causing the preform to expand into the shape of the container under the influence of the molding medium, the method being characterized by the steps of: precharging the molding medium within the fill head unit to a precharge pressure. precharging the molding medium within the fill head unit to a precharge pressure.
A composition as means for use in the prevention/treatment and maintenance of normal blood sugar level of diabetes type II consisting of Vitis vinifera (grape) seed extract, Phyllanthus emblica (Indian gooseberry) extract, Curcuma longa (turmeric) extract and Trigonella foenum-graecum (fenugreek) seed extract.
An apparatus, comprising: a heat-retaining shell defining a receptacle and an opening to the receptacle, at least a portion of the heat-retaining shell configured to be disposed over at least a portion of an ear of a user; a speaker disposed within the receptacle; and a first electrical wire disposed within the receptacle, a first end of the first electrical wire electrically coupled to the speaker and a second end of the first electrical wire including a connector, characterised in that the connector being disposed proximate the opening and configured to be electrically coupled to a second electrical wire disposed outside of a housing of a device associated with sound generation. a heat-retaining shell defining a receptacle and an opening to the receptacle, at least a portion of the heat-retaining shell configured to be disposed over at least a portion of an ear of a user; a speaker disposed within the receptacle; and a first electrical wire disposed within the receptacle, a first end of the first electrical wire electrically coupled to the speaker and a second end of the first electrical wire including a connector, characterised in that the connector being disposed proximate the opening and configured to be electrically coupled to a second electrical wire disposed outside of a housing of a device associated with sound generation.
Semiconductor component (1a, 1b) with: a front side and an opposite back side as well as side faces, as well as at least one emitter (2a, 2b) and at least one base (3a, 3b), wherein a pn junction (4a, 4b) is formed between the emitter (2a, 2b) and base (3a, 3b) and the emitter (2a, 2b) extends parallel to the front side and/or back side, wherein the pn junction (4a, 4b) is adjacent to the separating surface and the semiconductor component (1a, 1b) is formed as a photovoltaic solar cell, characterized in that at least one side face is a passivated separating surface on which a separating surface passivation layer (6a, 6b) is arranged which has fixed charges with a surface charge density at the separating surface which is greater than or equal to 10 12 cm -2, the pn junction (4a, 4b) being adjacent to the passivated separating surface. a front side and an opposite back side as well as side faces, as well as at least one emitter (2a, 2b) and at least one base (3a, 3b), wherein a pn junction (4a, 4b) is formed between the emitter (2a, 2b) and base (3a, 3b) and the emitter (2a, 2b) extends parallel to the front side and/or back side, wherein the pn junction (4a, 4b) is adjacent to the separating surface and the semiconductor component (1a, 1b) is formed as a photovoltaic solar cell, characterized in that at least one side face is a passivated separating surface on which a separating surface passivation layer (6a, 6b) is arranged which has fixed charges with a surface charge density at the separating surface which is greater than or equal to 10 12 cm -2, the pn junction (4a, 4b) being adjacent to the passivated separating surface.